Whole genome scan to discover quantitative trai loci (qtl) affecting growth, body composition, and reproduction in maternal pig lines

ABSTRACT

The present invention provides compositions and methods useful for determining an animal&#39;s genotype and to select animals having a desired genotype. Embodiments of the invention also provide isolated nucleic acid molecules and analytical kits that may be used to determine an animal&#39;s genotype. Furthermore, the present invention provides methods for improving desirable animal traits including improved growth, enhanced body composition, and improved reproductive traits. The invention also provides methods for allocating animals for predetermined uses, for picking potential parent animals for breeding, and for producing progeny animals. The instant invention also provides methods for identifying associations between single nucleotide polymorphisms (SNPs) and phenotypic traits. Also provided are methods for identifying genetic markers in allelic association with the SNP disclosed herein and for identifying the genotypes of a causative mutation underlying a quantitative trait locus (QTL).

INCORPORATION OF SEQUENCE LISTING

A sequence listing is contained in the file named “Maternal Traits Jumbo.ST25.txt” which is 1,236,992 bytes (1.24 megabytes) (measured in MS-Windows XP) and was created on Nov. 17, 2006 and is located in computer readable form on a compact disc (in accordance with 37 C.F.R. §1. 52(e) and 37 C.F.R. §1. 1.821) is enclosed herewith and incorporated herein by reference.

FIELD OF THE INVENTION

The invention relates to the enhancement of desirable characteristics in swine. More specifically, it relates to genetic markers and methods for improving swine genetics.

BACKGROUND OF THE INVENTION

Improvement in genetic potential for the number of piglets born per litter has great potential to increase the economic efficiency of an integrated pork production system. Because the majority of cost in pork production is associated with animal feed, an additional primary economic driver is genetic improvement in the growth rate and overall feed efficiency of animals produced for market. Unfortunately, prolificacy of reproducing females and efficiency traits of market animals often have unfavorable genetic correlations. Furthermore, although these traits all have some degree of underlying genetic variation in commercial pig populations, the accuracy of selecting breeding animals with superior genetic merit for many of them is low due to low heritability or the inability to measure the trait directly on the candidate animal. In particular, litter size has a heritability of only ˜10% and can only be measured after females for breeding are typical selected to be kept in the herd. Similarly, feed intake is expensive and difficult to measure on individual animals and is typically selected for via correlated (growth and body composition) traits.

Genomics offers the potential for greater improvement in traits of pork production and quality through the discovery of genes, or genetic markers linked to genes, that account for genetic variation and can be used for more direct and accurate selection. Although markers with associations with pig litter size and production efficiency traits have been reported (see Rothschild and Plastow, 1999, AgBioTechNet 10:1-8 for a review), each of these traits is extremely complex; consequently, it is likely that a large number of genes and/or markers per trait must be elucidated to create significant value in selection. Only through comprehensive and powerful scans of the entire porcine genome can this goal be fully achieved.

The pigs harvested for pork around the world are typically produced by crossing closed breeding populations having distinct characteristics for maternal productivity (i.e., prolificacy), growth efficiency, and meat quality. These closed populations typically have inbreeding levels of less than 50% and genomes scans yielding markers that can be used across the population for selection require densely-spaced genetic markers; preferably including markers on most or all of the porcine chromosomes. The application of such a marker map to discover and finely-map genes contributing to variation in reproductive traits (including prolificacy), growth and body composition traits is described herein. The large number of resulting linked markers can be used in several methods of marker or marker-assisted selection, including whole-genome selection (Meuwissen et al., Genetics 2001), to improve the genetic merit of the population for these traits and the value created in the pork production chain.

SUMMARY OF THE INVENTION

This section provides a non-exhaustive summary of embodiments of the present invention.

Various embodiments of the invention provide isolated nucleic acids having the sequence of alleles comprising single nucleotide polymorphisms (SNPs) that are provided by the present invention. Aspects of these embodiments of the invention provide for isolated nucleic acids identical to all or a portion of the genomic sequences surrounding the SNPs (described in Tables 1 and 2), or identical to all or portion of the complementary strands of the genomic sequences surrounding the SNPs (described in Tables 1 and 2). For example the sequence may be 100% identical or greater than 99%, 98%, 97%, 96%, 95%, or 90% with all or a portion of the sequences described by Tables 1 and 2 and the SEQUENCE LISTING. Alternatively, the isolated nucleic acid sequence may be 100%, greater than 99%, greater than 98%, greater than 97%, greater than 96%, greater than 95%, or greater than 90% identical with a contiguous segment of 17 or more nucleotides, 25 or more, 50 or more, or 100 or more nucleotides.

Other embodiments of the invention provide methods for evaluating an animal's genotype at one or more positions in the animal's genome. In various aspects of these embodiments the animal's genotype is evaluated at a position within a segment of DNA (an allele) that contains at least one SNP selected from the SNPs described in the Tables and Sequence Listing of the present application.

Other embodiments of the invention provide methods for allocating animals for use based on their genotype (e.g. allocating for use as a breeding animal or to be sold for finishing and/or slaughter). Various aspects of this embodiment of the invention provide methods that comprise: a) analyzing the animal's genomic sequence at one or more alleles (where the alleles analyzed each comprise at least one SNP) to determine the animal's genotype at each of those alleles; b) analyzing the genotype determined for each allele to determine which allele of the SNP is present; c) allocating the animal for use based on its genotype at one or more of the alleles analyzed. Various aspects of this embodiment of the invention provide methods for allocating animals for use based on a favorable association between the animal's genotype, at one or more SNP alleles disclosed in the present application, and a desired phenotype. Alternatively, the methods provide for not allocating an animal for a certain use because it has one or more SNP alleles that are either associated with undesirable phenotypes or are not associated with desirable phenotypes.

Other embodiments of the invention provide methods for selecting animals for use in breeding to produce progeny. Various aspects of these methods comprise: A) determining the genotype of at least one potential parent animal at one or more locus/loci, where at least one of the loci analyzed contains an allele of a SNP selected from the group of SNPs described in Tables 1 and 2. B) Analyzing the determined genotype at one or more positions for at least one animal to determine which of the SNP alleles is present. C) Correlating the analyzed allele(s) with one or more phenotypes. D) Allocating at least one animal for use to produce progeny.

Other embodiments of the invention provide methods for producing offspring animals (progeny animals). Aspects of this embodiment of the invention provide methods that comprise: breeding an animal that has been selected for breeding by methods described herein to produce offspring. The offspring may be produced by purely natural methods or through the use of any appropriate technical means, including but not limited to: artificial insemination; embryo transfer (ET), multiple ovulation embryo transfer (MOET), in vitro fertilization (IVF), or any combination thereof.

Other embodiments of the invention provide for databases or groups of databases, each database comprising lists of the nucleic acid sequences, which lists include a plurality of the SNPs described in Tables 1 and 2. Preferred aspects of this embodiment of the invention provide for databases comprising the sequences for 50 or more SNPs. Other aspects of these embodiments comprise methods for using a computer algorithm or algorithms that use one or more database(s), each database comprising a plurality of the SNPs described in Tables 1 and 2 to identify phenotypic traits associated with the inheritance of one or more alleles of the SNPs, and/or using such a database to aid in animal allocation.

Still other embodiments of the invention provide diagnostic kits and/or arrays for detecting one or more of the SNPs described in Tables 1 and 2.

Further embodiments of the invention provide methods for identifying associations between one or more of the SNPs described in Tables 1 and 2 and one or more phenotypic traits.

Additional embodiments of the invention provide methods for identifying other genetic markers that are in allelic association with one or more of the SNPs described in Tables 1 and 2.

DEFINITIONS

The following definitions are provided to aid those skilled in the art to more readily understand and appreciate the full scope of the present invention. Nevertheless, as indicated in the definitions provided below, the definitions provided are not intended to be exclusive, unless so indicated. Rather, they are preferred definitions, provided to focus the skilled artisan on various illustrative embodiments of the invention.

As used herein the term “allelic association” preferably means: nonrandom deviation of f(A_(i)B_(j)) from the product of f(A_(i)) and f(B_(j)), which is specifically defined by r²>0.2, where r² is measured from a reasonably large animal sample (e.g., ≧100) and defined as

$\begin{matrix} {r^{2} = \frac{\left\lbrack {{f\left( {A_{1}B_{1}} \right)} - {{f\left( A_{1} \right)}{f\left( B_{1} \right)}}} \right\rbrack^{2}}{{f\left( A_{1} \right)}\left( {1 - {f\left( A_{1} \right)}} \right)\left( {{f\left( B_{1} \right)}\left( {1 - {f\left( B_{1} \right)}} \right)} \right.}} & \left( {{Equation}\mspace{14mu} 1} \right) \end{matrix}$

where A₁ represents an allele at one locus, B₁ represents an allele at another locus; f(A₁B₁) denotes frequency of having both A₁ and B₁, f(A₁) is the frequency of A₁, f(B₁) is the frequency of B₁ in a population.

As used herein the terms “allocating animals for use” and “allocation for use” preferably mean deciding how an animal will be used within a herd or that it will be removed from the herd to achieve desired herd management goals. For example, an animal might be allocated for use as a breeding animal or allocated for sale as a non-breeding animal (e.g. allocated to animals intended to be sold for meat). In certain aspects of the invention, animals may be allocated for use in sub-groups within the breeding programs that have very specific goals (e.g. to improve meat color or carcass composition). Accordingly, even within the group of animals allocated for breeding purposes, there may be more specific allocation for use to achieve more specific and/or specialized breeding goals.

As used herein the terms “animal” or “animals” preferably refer to pigs/swine.

As used herein the terms “composition” and “body composition” preferably refer to measurements of the physical characteristics of the animal/pig and/or its carcass or to the characteristics themselves.

As used herein the term “growth” refers to the measurement of various parameters associated with an increase in an animal's size/weight.

As used herein the term “linkage disequilibrium” preferably means allelic association wherein A₁ and B₁ (as used in the above definition of allelic association) are present on the same chromosome.

As used herein the term “meat color” refers to measurements of color of meat obtained from a slaughtered animal.

As used herein the term “meat quality” refers measurements of the palatability and/or eating qualities (e.g. marbling, texture, and tenderness) of meat from a slaughtered animal.

As used herein the term “natural breeding” preferably refers to mating animals without human intervention in the fertilization process. That is, without the use of mechanical or technical methods such as artificial insemination or embryo transfer. The term does not refer to selection of the parent animals.

As used herein the term “prolificacy traits” preferably refers to traits including, but not limited to: the total number of fully-formed piglets born; the number of piglets born alive; the number of fully-formed stillborn piglets born; and the number of underdeveloped (mummified) piglets born dead.

As used herein the term “quantitative trait” is used to denote a trait that is controlled by multiple (two or more, and often many) genes each of which contributes small to moderate effect on the trait. The observations on quantitative traits often follow a normal distribution.

As used herein the term “quantitative trait locus (QTL)” is used to describe a locus that contains polymorphism that has an effect on a quantitative trait.

As used herein the term “reproductive material” includes, but is not limited to semen, spermatozoa, ova, and zygote(s).

As used herein the term “reproductive traits” includes, but is not limited to: fertility (e.g., ovulation rate, inter-farrowing interval, and number of services per conception), prolificacy, and maternal ability of a female animal (e.g., piglet survival and weaning weight).

As used herein the term “single nucleotide polymorphism” or “SNP” refer to a location in an animal's genome that is polymorphic within the population. That is, within the population some individual animals have one type of base at that position, while others have a different base. For example, a SNP might refer to a location in the genome where some animals have a “G” in their DNA sequence, while others have a “T”.

As used herein the terms “hybridization under stringent conditions” and “stringent hybridization conditions” preferably mean conditions under which a “probe” will hybridize to its target sequence to a detectably greater degree than to other sequences (e.g., at least 5-fold over background). Stringent conditions are target-sequence-dependent and will differ depending on the structure of the polynucleotide. By controlling the stringency of the hybridization and/or washing conditions, target sequences that are 100% complementary to the probe can be identified (homologous probing). Alternatively, stringency conditions can be adjusted to allow some mismatching in sequences so that lower degrees of similarity are detected (heterologous probing).

Typically, stringent conditions will be those in which the salt concentration is less than about 1.5 M Na ion, typically about 0.01 to 1.0 M Na ion concentration (or other salts) at pH 7.0 to 8.3 and the temperature is at least about 30° C. for short probes (e.g., 10 to 50 nucleotides) and at least about 60° C. for long probes (e.g., greater than 50 nucleotides). Stringency may also be adjusted with the addition of destabilizing agents such as formamide. Exemplary low stringency conditions include hybridization with a buffer solution of 30 to 35% formamide, 1 M NaCl, 1% SDS (sodium dodecyl sulphate) at 37° C., and a wash in 1× to 2×SSC (20×SSC=3.0 M NaC1/0.3 M trisodium citrate) at 50 to 55° C. Exemplary moderate stringency conditions include hybridization in 40 to 45% formamide, 1 M NaCl, 1% SDS at 37° C., and a wash in 0.5× to 1×SSC at 55 to 60° C. Exemplary high stringency conditions include hybridization in 50% formamide, 1 M NaCl, 1% SDS at 37° C., and a wash in 0.1×SSC at 60 to 65° C. The duration of hybridization is generally less than about 24 hours, usually about 4 to about 12 hours.

Specificity is typically the function of post-hybridization washes, the critical factors being the ionic strength and temperature of the final wash solution. For DNA-DNA hybrids, the thermal melting point (T_(m)) can be approximated from the equation of Meinkoth and Wahl (1984) Anal. Biochem. 138:267-284: T_(m)=81.5° C.+16.6 (log M)+0.41 (% GC)−0.61 (% form)-500/L; where M is the molarity of monovalent cations, % GC is the percentage of guanine and cytosine nucleotides in the DNA, % form is the percentage of formamide in the hybridization solution, and L is the length of the hybrid in base pairs. The T_(m) is the temperature (under defined ionic strength and pH) at which 50% of a complementary target sequence hybridizes to a perfectly matched probe. T_(m) is reduced by about 1° C. for each 1% of mismatching; thus, T_(m) hybridization, and/or wash conditions can be adjusted to hybridize to sequences of the desired identity. For example, if sequences with 90% identity are sought, the T_(m) can be decreased 10° C. Generally, stringent conditions are selected to be about 5° C. lower than the T_(m) for the specific sequence and its complement at a defined ionic strength and pH. However, highly stringent conditions can utilize a hybridization and/or wash at 1, 2, 3, or 4° C. lower than the thermal melting point (T_(m)); moderately stringent conditions can utilize a hybridization and/or wash at 6, 7, 8, 9, or 10° C. lower than the thermal melting point (T_(m)); low stringency conditions can utilize a hybridization and/or wash at 11, 12, 13, 14, 15, or 20° C. lower than the thermal melting point (T_(m)). Using the equation, hybridization and wash compositions, and desired T_(m), those of ordinary skill will understand that variations in the stringency of hybridization and/or wash solutions are inherently described. If the desired degree of mismatching results in a T_(m) of less than 45° C. (aqueous solution) or 32° C. (formamide solution), it is preferred to increase the SSC concentration so that a higher temperature can be used. An extensive guide to the hybridization of nucleic acids is found in Tijssen (1993) Laboratory Techniques in Biochemistry and Molecular Biology—Hybridization with Nucleic Acid Probes, Part I, Chapter 2 (Elsevier, N.Y.); and Ausubel et al., eds. (1995) Current Protocols in Molecular Biology, Chapter 2 (Greene Publishing and Wiley-interscience, New York). See also Sambrook et al. (1989) Molecular Cloning: A Laboratory Manual (2d ed., Cold Spring Harbor Laboratory Press, Plainview, N.Y.).

ILLUSTRATIVE EMBODIMENTS OF THE INVENTION

Various embodiments of the present invention provide methods for evaluating an animal's (especially a pig's) genotype at one or more positions in the animal's genome. Aspects of these embodiments of the invention provide methods that comprise determining the animal's genomic sequence at one or more locations (loci) that contain single nucleotide polymorphisms (SNPs). Specifically, the invention provides methods for evaluating an animal's genotype by determining which of two or more alleles for the SNP are present for one or more SNPs selected from the group consisting of the SNPs described in Tables 1 and 2 of the instant application.

In preferred aspects of these embodiments the animal's genotype is evaluated to determine which allele is present for 10 or more SNPs selected from the group of SNPs described in Tables 1 and 2. More, preferably the animal's genotype is determined for positions corresponding with 25, 50, 100, 200, 500, or 1000, or more of the SNPs described in Tables 1 and 2.

In other aspects of this embodiment, the animal's genotype is analyzed with respect to at least 1, 10, 25, 50, 100, 200, 500, or more SNPs that have been shown to be associated with growth, composition, or reproduction, or any combination thereof (see Table 1 for a list of the SNPs associated with these traits). For example, embodiments of the invention provides a method for genotyping for a single SNP or for genotyping 10 or more, 25 or more, 50 or more, 100 or more, 200 or more, or 500 or more SNPs that have been determined to be significantly associated with growth.

In any embodiment of the invention the genomic sequence at the SNP locus may be determined by any means compatible with the present invention. Suitable means are well known to those skilled in the art and include, but are not limited to direct sequencing, sequencing by synthesis, primer extension, Matrix Assisted Laser Desorption/Ionization-Time Of Flight (MALDI-TOF) mass spectrometry, polymerase chain reaction-restriction fragment length polymorphism, microarray/multiplex array systems (e.g. those available from Affimetrix, Santa Clara, Calif.), and allele-specific hybridization.

Other embodiments of the invention provide methods for allocating animals for subsequent use (e.g. to be used as sire/dams or to be sold for immediate slaughter or to be sold for finishing or any other use). Various aspects of this embodiment of the invention comprise determining at least one animal's genotype for at least one SNP selected from the group of SNPs described in Tables 1 and 2 (methods for determining animals' genotypes for one or more SNPs are described supra). Thus, the animal's allocation for use may be determined based on its genotype at one or more, 10 or more, 25 or more, 50 or more, 100 or more, 300 or more, or 500 or more of the SNPs described in Tables 1 and 2. The instant invention provides embodiments where analysis of the genotypes of the SNPs described in Tables 1 and 2 is the only analysis done. Other embodiments provide methods where analysis of the SNPs disclosed herein is combined with any other desired type of genomic or phenotypic analysis (e.g. analysis of any genetic markers beyond those disclosed in the instant invention). Moreover, the SNPs analyzed may be selected from those SNPs only associated with growth, only composition, or only reproduction, or the analysis may be done for SNPs selected from any desired combination of these traits (either by themselves or with other traits).

According to various aspects of these embodiments of the invention, once the animal's genetic sequence for the selected SNP(s) have been determined, this information is evaluated to determine which allele of the SNP is present for at least one of the selected SNPs. Preferably the animal's allelic complement for all of the determined SNPs is evaluated. Finally, the animal is allocated for use based on its genotype for one or more of the SNP positions evaluated. Preferably, the allocation is made taking into account the animal's genotype at each of the SNPs evaluated, but its allocation may be based on any subset or subsets of the SNPs evaluated.

The allocation may be made based on any suitable criteria. For any SNP, a determination may be made as to whether one of the allele(s) is associated/correlated with desirable characteristics or associated with undesirable characteristics. This determination will often depend on the animal breed/line, and on the breeding or other herd management goals. Determination of which alleles are associated with desirable phenotypic characteristics can be made by any suitable means. Methods for determining these associations are well known in the art; moreover, aspects of the use of these methods are generally described in the EXAMPLES, below.

Phenotypic traits that may be associated with the SNPs of the current invention include, but are not limited to: growth traits, body and/or carcass composition, meat quality, meat color, health traits (resistance to disease and injury and stress tolerance), reproduction traits such as litter size, survival of young, breeding efficiency, and length of reproductive life of the female.

According to various aspects of this embodiment of the invention allocation for use of the animal may entail either positive selection for the animals having the desired genotype(s) (e.g. the animals with the desired genotypes are selected for breeding purposes), negative selection of animals having undesirable genotypes (e.g. animals with an undesirable genotypes are culled from the herd), or any combination of these methods. According to preferred aspects of this embodiment of the invention animals identified as having SNP alleles associated with desirable phenotypes are allocated for use consistent with that phenotype (e.g. allocated for breeding based on phenotypes positively associated with improved growth). Alternatively, animals that do not have SNP genotypes that are positively correlated with the desired phenotype (or possess SNP alleles that are negatively correlated with that phenotype) are not allocated for the same use as those with a positive correlation for the trait.

Other embodiments of the invention provide methods for selecting potential parent animals (i.e., allocation for breeding). Various aspects of this embodiment of the invention comprise determining at least one animal's genotype for at least one SNP selected from the group of SNPs described in Tables 1 and 2. Furthermore, determination of whether and how an animal will be used as a potential parent animal may be based on its genotype at one or more, 10 or more, 25 or more, 50 or more, 100 or more, 300 or more, or 500 or more of the SNPs described in Tables 1 and 2. Moreover, as with other types of allocation for use, various aspects of these embodiments of the invention provide methods where the only analysis done is to genotype the animal for one or more of the SNPs described in Tables 1 and 2. Other aspects of these embodiments provide methods where analysis of one or more SNPs disclosed herein is combined with any other desired genomic or phenotypic analysis (e.g. analysis of any genetic markers beyond those disclosed in the instant invention). Moreover, the SNP(s) analyzed may all be selected from those associated only with growth, or only associated with composition, or only associated with reproductive traits. Conversely, the analysis may be done for SNPs selected from any desired combination of these or a combination of these traits with other traits.

According to various aspects of these embodiments of the invention, once the animal's genetic sequence at the site of the selected SNP(s) have been determined, this information is evaluated to determine which allele of the SNP is present for at least one of the selected SNPs. Preferably the animal's allelic complement for all of the sequenced SNPs is evaluated. Additionally, the animal's allelic complement is analyzed and correlated with the probability that the animal's progeny will express one or more phenotypic traits. Finally, the animal is allocated for breeding use based on its genotype for one or more of the SNP positions evaluated and/or based on the probability that it will pass the desired genotype(s)/allele(s) to its progeny. Preferably, the breeding allocation is made taking into account the animal's genotype at each of the SNPs evaluated. However, the animal's breeding allocation may be based on any subset or subsets of the SNPs evaluated.

The breeding allocation may be made based on any suitable criteria. For example, breeding allocation may be made so as to increase the probability of enhancing a single certain desirable characteristic in a population (in preference to other characteristics); alternatively, the selection may be made so as to generally maximize overall production based on a combination of traits. The allocations chosen are dependent on the breeding goals.

Other embodiments of the instant invention provide methods for producing progeny animals. According to various aspects of this embodiment of the invention, the animals used to produce the progeny are those that have been allocated for breeding according to any of the embodiments of the current invention. Those using the animals to produce progeny may perform the necessary analysis or, alternatively, those producing the progeny may do so using animals where the analysis is done by another. The progeny may be produced by any appropriate means, including, but not limited to using: (i) natural breeding, (ii) artificial insemination, (iii) in vitro fertilization (IVF) or (iv) collecting semen/spermatozoa and/or at least one ovum from the animal and contacting it, respectively with ova/ovum or semen/spermatozoa from a second animal to produce a conceptus by any means.

According to preferred aspects of this embodiment of the invention the progeny are produced by a process comprising natural breeding. In other aspects of this embodiment the progeny are produced through a process comprising the use of standard artificial insemination (AI), in vitro fertilization, multiple ovulation embryo transfer (MOET), deep intrauterine insemination (DIUI), or any combination thereof.

Other embodiments of the invention provide for methods that comprise allocating an animal for breeding purposes and collecting/isolating genetic material from that animal: wherein genetic material includes but is not limited to: semen, spermatozoa, ovum, zygotes, blood, tissue, serum, DNA, and RNA.

It is understood that most efficient and effective use of the methods and information provided by the instant invention employ computer programs and/or electronically accessible databases that comprise all or a portion of the sequences disclosed in the instant application. Accordingly, the various embodiments of the instant invention provide for databases comprising all or a portion of the sequences corresponding to at least 10 SNPs described in Tables 1 and 2. In preferred aspect of these embodiments the databases comprise sequences for 25 or more, 50 or more, 100 or more, 200 or more, 500 or more, 1000 or more, or substantially all of the SNPs described in Tables 1 and 2.

It is further understood that efficient analysis and use of the methods and information provided by the instant invention will employ the use of automated genotyping; particularly when large numbers (e.g. 100s) of markers are evaluated. Any suitable method known in the art may be used to perform such genotyping, including, but not limited to the use of micro-arrays.

Other embodiments of the invention provide methods wherein one or more of the SNP sequence databases described herein are accessed by one or more computer-executable programs. Such methods include, but are not limited to, use of the databases by programs to analyze for an association between the SNP and a phenotypic trait, or other user-defined trait (e.g. traits measured using one or more metrics such as gene expression levels, protein expression levels, or chemical profiles), and programs used to allocate animals for breeding or market.

Other embodiments of the invention provide methods comprising collecting genetic material from an animal that has been allocated for breeding. Wherein the animal has been allocated for breeding by any of the methods disclosed as part of the instant invention.

Other embodiments of the invention are drawn to isolated nucleic acids comprising 17 or more contiguous nucleotides corresponding to any one of the SNP sequences described in Tables 1 and 2 (i.e. any of SEQ ID NO:1-2601 and the Tables). In preferred aspects of this embodiment of the invention the isolated nucleic acid comprises a nucleotide corresponding with the polymorphic site in the sequence (i.e. it contains the site that defines the SNP's polymorphism as described in Tables 1 and 2).

Other embodiments of the invention provide isolated nucleic acid molecules comprising 100 or more contiguous nucleotides which are at least 90 percent identical with any of SEQ ID NO:1-2601. In preferred aspects of this embodiment of the invention the isolated nucleic comprises the polymorphic site for one or more SNPs selected from the group of SNPs described in Tables 1 and 2.

Other embodiments of the invention provide for diagnostic kits or other diagnostic devices for determining which allele of a SNP is present in a sample; wherein the SNP(s) are selected from the group of SNPs described in Tables 1 and 2. In various aspects of this embodiment of the invention, the kit or device provides reagents/instruments to facilitate a determination as to whether nucleic acid corresponding to the SNP is present. Such kit/or device may further facilitate a determination as to which allele of the SNP is present. In certain aspects of this embodiment of the invention the kit or device comprises at least one nucleic acid oligonucleotide suitable for DNA amplification (e.g. through polymerase chain reaction). In other aspects of the invention the kit or device comprises a purified nucleic acid fragment capable of specifically hybridizing, under stringent conditions, with at least one allele of at least one SNP described in Tables 1 and 2.

In particularly preferred aspects of this embodiment of the invention the kit or device comprises at least one nucleic acid array (e.g. DNA micro-arrays) capable of determining which allele of one or more of the SNPs described in Tables 1 and 2 is present in a sample. Preferred aspects of this embodiment of the invention provide DNA micro-arrays capable of simultaneously determining which allele is present in a sample for 10 or more SNPs. Preferably, the DNA micro-array is capable of determining which SNP allele is present in a sample for 25 or more, 50 or more, 100 or more, 200 or more, 500 or more, or 1000 or more SNPs. Methods for making such arrays are known to those skilled in the art and such arrays are commercially available (e.g. from Affimetrix, Santa Clara, Calif.).

Other embodiments of the present invention provide methods for identifying, within a plurality of animals, an association between one or more of the SNPs described in Tables 1 and 2 and at least one phenotypic trait. In various aspects of this embodiment of the invention the method comprises: (a) measuring one or more phenotypic traits in a plurality of animals; (b) determining the genotype for at least one SNP for a plurality of animals, wherein at least one SNP genotype determined is selected from the group of SNPs described in Tables 1 and 2; and (c) statistically correlating the presence of at least one phenotypic trait with the presence of an allele of at least one SNP selected from the group of SNPs described in Tables 1 and 2; wherein the presence of different alleles for that SNP is associated with different phenotypic attributes or with distinguishable phenotypic variation. That is, where the presence of different alleles, for at least one SNP, is associated with a statistically distinct phenotypic difference in the animals possessing them. The distinct phenotype may be detectable either between individual animals or it may be detectable when pluralities of the animals having different genotypes are compared as groups.

Other embodiments of the instant invention provide methods of identifying genetic markers that are in allelic association with one or more of the SNPs described in Tables 1 and 2. According to various aspects of this embodiment of the invention the method comprises: (a) identifying a marker, B₁, that is suspected of being in allelic association with at least one marker, A₁, wherein A₁ is selected from the group of SNPs described in Tables 1 and 2; (b) determining whether A₁ and B₁ are in allelic association; wherein allelic association is determined to exist if r²>0.2 for Equation 1 for a population sample of at least 100 animals and wherein Equation 1 is:

$\begin{matrix} {r^{2} = \frac{\left\lbrack {{f\left( {A_{1}B_{1}} \right)} - {{f\left( A_{1} \right)}{f\left( B_{1} \right)}}} \right\rbrack^{2}}{{f\left( A_{1} \right)}\left( {1 - {f\left( A_{1} \right)}} \right)\left( {{f\left( B_{1} \right)}\left( {1 - {f\left( B_{1} \right)}} \right)} \right.}} & \left\lbrack {{Equation}\mspace{14mu} 1} \right\rbrack \end{matrix}$

and wherein for Equation 1 A₁ represents an allele at one locus (A SNP described by Tables 1 and 2); B₁ represents a genetic marker at another locus; f(A₁B₁) denotes frequency of having both A₁ and B₁; f(A₁) is the frequency of A₁ in the population, f(B₁) is the frequency of B₁ in the population. In preferred aspects of this embodiment of the invention B₁ is a SNP. Even more preferred aspects of this embodiment of the invention provide methods for identifying genetic markers in linkage disequilibrium with one or more SNPs selected from the group of SNPs described in Tables 1 and 2. In other aspects of these embodiments of the invention the value of r² is greater than 0.5, greater than 0.7, or greater than 0.9.

Additional embodiments of the invention provide for genetic markers that are in allelic association with one or more of the SNPs described in Tables 1 and 2. Markers provided as part of this embodiment of the invention may be identified by any suitable means known to those of ordinary skill in the art. A marker falls within this embodiment of the invention if it is determined to be in allelic association with one or more of the SNPs described in Tables 1 and 2 as defined by Equation 1, supra, where r² is greater than 0.2, greater than 0.5, greater than 0.7, or greater than 0.9. In preferred aspects of these embodiments of the invention the markers are in linkage disequilibrium with one or more of the SNPs described in Tables 1 and 2.

Genetic markers that are in allelic association with any of the SNPs described in the Tables may be identified by any suitable means known to those skilled in the art. For example, a genomic library may be screened using a probe specific for any of the sequences of the SNPs described in the Tables. In this way clones comprising at least a portion of that sequence can be identified and then up to 300 kilobases of 3′ and/or 5′ flanking chromosomal sequence can be determined. By this means, genetic markers in allelic association with the SNPs described in the Tables will be identified.

Other embodiments of the present invention provide methods for identifying genes that may be associated with phenotypic variation. According to various aspects of these embodiments, the chromosomal location of a SNP associated with a particular phenotypic variation can be determined, by means well known to those skilled in the art. Once the chromosomal location is determined genes suspected to be involved with determination of the phenotype can be analyzed. Such genes may be identified by sequencing adjacent portions of the chromosome or by comparison with analogous section of the human genetic map (or known genetic maps for other species). An early example of the existence of clusters of conserved genes is reviewed in Womack (1987), where genes mapping to the same chromosome in one species were observed to map to the same chromosome in other, closely related, species. As mapping resolution improved, reports of the conservation of gene structure and order within conserved chromosomal regions were published (for example, Grosz et al, 1992). More recently, large scale radiation hybrid mapping and BAC sequence have yielded chromosome-scale comparative mapping predictions between human and bovine genomes (Everts-van der Wind et al., 2005), between human and porcine genomes (Yasue et al., 2006) and among vertebrate genomes (Demars et al., 2006)

Other embodiments of the invention provide methods for identifying causal mutations that underlie one or more quantitative trait loci (QTL). Various aspects of this embodiment of the invention provide for the identification QTL that are in allelic association with one or more of the SNPs described in Tables 1 and 2. Once these SNPs are identified, it is within the ability of skilled artisans to identify mutations located proximal to such SNP(s). Further, one skilled in the art can identify genes located proximate to the identified SNP(s) and evaluate these genes to select those likely to contain the causal mutation. Once identified these genes and the surrounding sequence can be analyzed for the presence of mutations, in order to identify the causal mutation.

EXAMPLES

The following examples are included to demonstrate general embodiments of the invention. It should be appreciated by those of skill in the art that the techniques disclosed in the examples which follow represent techniques discovered by the inventors to function well in the practice of the invention, and thus can be considered to constitute preferred modes for its practice. However, those of skill in the art should, in light of the present disclosure, appreciate that many changes can be made in the specific embodiments which are disclosed and still obtain a like or similar result without departing from the invention.

All of the compositions and methods disclosed and claimed herein can be made and executed without undue experimentation in light of the present disclosure. While the compositions and methods of this invention have been described in terms of preferred embodiments, it will be apparent to those of skill in the art that variations may be applied without departing from the concept and scope of the invention.

Example 1 Determining Associations Between Genetic Markers and Phenotypic Traits

Simultaneous discovery and fine-mapping on a genome-wide basis of genes underlying quantitative traits (Quantitative Trait Loci: QTL) requires genetic markers densely covering the entire genome. As described in this example, a whole-genome, dense-coverage marker map was constructed from microsatellite and single nucleotide polymorphism (SNP) markers with previous estimates of location in the pig genome, and from SNP markers with putative locations in the pig genome based on homology with human sequence and the human/pig comparative map. A new linkage-mapping software package was developed, as an extension of the CRIMAP software (Green et al., Washington University School of Medicine, St. Louis, 1990), to allow more efficient mapping of densely-spaced markers genome-wide in a pedigreed livestock population (Liu and Grosz Abstract C014; Grapes et al. Abstract W244; 2006 Proceedings of the XIV Plant and Animal Genome Conference, www.intl-pag.org). The new linkage mapping tools build on the basic mapping principles programmed in CRIMAP to improve efficiency through partitioning of large pedigrees, automation of chromosomal assignment and two-point linkage analysis, and merging of sub-maps into complete chromosomes. The resulting whole-genome discovery map (WGDM) included ˜5,926 markers and a map length of 2,373.6 cM for an average map density of 2.41 markers/cM. The average gap between markers was 0.44 cM and the largest gap was 11.1 cM. This map provided the basis for whole-genome discovery and fine-mapping of QTL contributing to variation in pig growth and carcass composition, and in female prolificacy traits.

Discovery and Mapping Populations

Discovery and mapping populations can take many forms. The most effective for determining population-wide marker/QTL associations include a large and genetically diverse sample of individuals with phenotypic measurements of interest collected in a design that allows accounting for non-genetic effects and includes information regarding the pedigree of the individuals measured. In the present example, four populations were used to discovery and map QTL: two populations derived from different sources of the Landrace breed (England and Continental Europe), and two populations derived from different sources of the Large White breed (England and Continental Europe). Tissue samples for DNA extraction were collected from a total of approximately 3,000 animals from the aforementioned populations representing approximately equal number of samples per population; and representing multiple sire and grandsire families from each population. DNA samples were also collected from the sire of each progeny, and in some cases from additional members of the pedigree.

The female progeny sampled from these populations had been measured for several phenotypic traits including average daily gain in weight, ultrasonically-measured fat thickness and loin muscle area, number of piglets born alive, number of (fully-formed) stillborn piglets and number of mummified (underdeveloped) piglets born dead. DNA samples collected from the female progeny and members of the pedigree were genotyped for approximately 4,300 SNP markers that are distributed across the WGDM and that were previously determined to be informative for mapping purposes in these populations. For each animal, and each SNP marker, a genotype is generated reflecting the alleles present on the chromosome pair at that locus (e.g., AA, AB or BB) and is used in subsequent marker/trait association analyses.

Phenotypic Analyses

The phenotypic measurements on individual animals for growth, body composition and litter traits were subjected to standard statistical procedures to remove erroneous and biologically impossible data, and to account for non-genetic sources of variation. For example in a first step, upper and lower biological limits can be determined for each trait by examining the upper and lower 2.5% and excluding data that are known to exceed the range of biological possibilities for the trait. In a second step, a general linear statistical model can be used for each trait that includes adjustment for known potential non-genetic effects. For example, all litter traits can be adjusted for the on-farm contemporary group to which the animal belonged (season-year-farm-building), the age at which the animal was first bred, the length of the pregnancy and the parity (i.e., first litter, second litter, etc.). Measurements of periodic growth rate can be adjusted for the beginning age of the animal and the number of days measured. Body composition measurements (e.g., lean percentage) can be adjusted for the weight of the animal at measurement. After adjustments for these non-genetic factors, the data can again be examined for outliers and values with a residual standard deviation of 4.0 or more excluded from analyses.

QTL Discovery and Mapping Analyses

Mapping the location of QTL through associations between marker genotypes and phenotypic traits (pre-adjusted for non-genetic effects) can be approached in several ways, including simple regressions of each trait on the genotype for each SNP marker (e.g., trait regressed on number of “A” alleles: 0, 1, or 2) or analyses of families within the population to detect linkage between markers and QTL. The marker/trait associations most useful as animal selection tools are those of markers tightly linked to a QTL and based on marker/QTL allele configurations that are present in most individuals across the population.

These types of population-wide results can be obtained from linkage-disequilibrium (LD) mapping. When a mutation that can cause a trait difference first occurs, that mutation is in complete LD with all other alleles on that chromosome. Over time recombination breaks down the LD, but there is a relatively small frequency of recombination between the QTL and loci in very close proximity. Hence, individuals that share an allele of the QTL transmitted from some common ancestor (Identical By Decent: IBD) are likely to share alleles of closely linked markers. By using ordered marker genotypes along the chromosome (marker haplotypes with known parental origin) to determine the probabilities at each locus that individuals with phenotypic data are IBD, marker alleles in population-wide linkage with valuable QTL alleles can be identified.

In the present example, LD mapping was performed in the aforementioned discovery populations using statistical analyses that require knowledge of ordered genotypes. Ordered genotypes of an individual can be inferred partially or with certainty conditional on pedigree information and observed genotype data (Du and Hoeschele, 2000). With simple pedigrees such as a nuclear family and small numbers of linked markers, exact calculation of the probabilities of linkage phases is achievable, by evaluating all possible genotype configurations. The exact calculation quickly becomes infeasible as the size and complexity of the pedigree and number of linked markers increases. For example, there are totally 2^(k−)1 linkage phases when a parent has k linked heterozygous loci.

In part due to this computational difficulty, most methods have focused on identifying the most probable linkage phase. Windig and Meuwissen (2004) provide a computationally efficiency method for phase construction. They start with a likely phase derived with a simple rule based method, calculate the parental origin of the two alleles at a marker, and perform a switch if the probability of the switch is greater than 0.5. The process is repeated until the probability of a switch is less than 0.5 for all linked markers. In the present example, probabilities of parental linkage phases for the entire set of linked loci were determined by choosing small subsets of markers (e.g., 5 to 10) and considering all possible phases for these markers by calculating their probability conditional on the observed genotypes for all markers under evaluation. Only phases with likelihood ratio greater than some pre-specified threshold are retained, and the iteration of the method over the entire marker set produces a collection of likely phases and their probabilities conditional on the observed data.

To determine associations between haplotype probabilities and trait phenotypes, haplotypes of neighboring (and/or non-neighboring) markers across each chromosome were defined by setting the maximum length of a chromosomal interval and minimum and maximum number of markers to be included. Clearly, one needs to set similar parameters to form or define groups of marker loci for haplotype evaluation. The association between pre-adjusted trait phenotypes and haplotype was evaluated via a regression approach with the following model:

$\begin{matrix} {Y_{k} = {{\sum\limits_{i}\; {\beta_{i}\left\lbrack {{P\left( H_{sik} \right)} + {P\left( H_{dik} \right)}} \right\rbrack}} + e_{k}}} & \lbrack 1\rbrack \end{matrix}$

where Y_(k) is the preadjusted phenotype of one of the traits described above for individual k, and e_(k) is the residual; P(H_(sik)) and P(H_(dik)) are the probability of paternal and maternal haplotype of individual k being haplotype i; P(H_(sik), H_(dik)) is the probability of individual k has paternal haplotype i and maternal haplotype j; all β are corresponding regression coefficients.

Least-squares methods were used to estimate the effect of a haplotype on a phenotypic trait and the regular F-test used to test the significance of the effect. Permutation tests were performed based on phenotype permutation (10,000 to 50,000) within the whole sample for Type I error rate (p value) estimation.

Example 2 Use of Single Nucleotide Polymorphisms to Improve Offspring Traits

To improve the average genetic merit of a population for a chosen trait, one or more of the markers with significant association to that trait can be used in selection of breeding animals. In the case of each discovered locus, use of animals possessing a marker allele (or a haplotypes of multiple marker alleles) in population-wide LD with a favorable QTL allele will increase the breeding value of animals used in breeding, increase the frequency of that QTL allele in the population over time and thereby increase the average genetic merit of the population for that trait. This increased genetic merit can be disseminated to commercial populations for full realization of value.

For example, a closed genetic nucleus (GN) population of pigs may be maintained to produce boars and semen for use in a commercial maternal multiplier. The commercial maternal multiplier may use, for example, semen from Landrace boars to breed Large White females to produce Landrace x Large White females. These Landrace x Large White females can be bred with semen from a Terminal Boar Line to produce commercial market hogs. One-half the increased genetic merit in the Landrace GN from selection on genetic markers for litter traits will be expressed in the Landrace x Large White females, and ¼ of the increased genetic merit in the Landrace GN from selection on genetic markers for growth and leanness will be expressed in the commercial market hogs. A GN herd of 400 sows would be expected to produce approximately 8,000 offspring per year (4,000 boar offspring per year), typically according to a weekly breeding and farrowing schedule. If one assumes in this example that only semen from the highest ranking ½ of 4,000 GN boars produced is used to breed females in the multiplier herd, 2,000 Landrace GN boars per year are available to breed Large White females. At a service ratio of 200 sows serviced per boar, markers-assisted selection in the Landrace GN herd of 400 sows impacts the genetic merit for litter size traits of 400,000 Landrace x Large White females, and impacts genetic merit for growth and leanness of approximately 8,000,000 market hogs (assumes each of the 400,000 Landrace x Large White sows produces 20 market pigs per year).

The first step in using a SNP for estimation of breeding value and selection in the GN is collection of DNA from all offspring that will be candidates for selection as breeders in the GN or as breeders in other commercial populations (in the present example, the 8,000 offspring produced in the GN each year). One method is to capture shortly after farrowing a small bit of tail tissue from each piglet into a labeled (bar-coded) tube. The DNA extracted from this tissue can be used to assay an essentially unlimited number of SNP markers and the results can be included in selection decisions before the animal reaches breeding age.

One method for incorporating into selection decisions the markers (or marker haplotypes) determined to be in population-wide LD with valuable QTL alleles (see Example 1) is based on classical quantitative genetics and selection index theory (Falconer and Mackay, 1996; Dekkers and Chakraborty, 2001). To estimate the effect of the marker in the population targeted for selection, a random sample of animals with phenotypic measurements for the trait of interest can be analyzed with a mixed animal model with the marker fitted as a fixed effect or as a covariate (regression of phenotype on number of allele copies). Results from either method of fitting marker effects can be used to derive the allele substitution effects, and in turn the breeding value of the marker:

α₁ =q[a+d(q−p)]  [2]

α₂ =−p[a+d(q−p)]  [3]

α=a+d(q−p)  [4]

g _(A1A1)=2(α₁)  [5]

g _(A1A2)=(α₁)+(α₂)  [6]

g _(A2A2)=2(α₂)  [7]

where α₁ and α₂ are the average effects of alleles 1 and 2, respectively; U is the average effect of allele substitution; p and q are the frequencies in the population of alleles 1 and 2, respectively; a and d are additive and dominance effects, respectively; g_(A1A1), g_(A1A2) and g_(A2A2) are the (marker) breeding values for animals with marker genotypes A1A1, A1 A2 and A2A2, respectively. The total trait breeding value for an animal is the sum of breeding values for each marker (or haplotype) considered and the residual polygenic breeding value:

EBV_(ij) =Σĝ _(j) +Û  [8]

where EBV_(ij) is the Estimated Trait Breeding Value for the i^(th) animal, Σĝ_(j) is the marker breeding value summed from j=1 to n where n is the total number of markers (haplotypes) under consideration, and Û_(i) is the polygenic breeding value for the i^(th) animal after fitting the marker genotype(s).

These methods can readily be extended to estimate breeding values for selection candidates for multiple traits, the breeding value for each trait including information from multiple markers (haplotypes), all within the context of selection index theory and specific breeding objectives that set the relative importance of each trait. Other methods also exist for optimizing marker information in estimation of breeding values for multiple traits, including random models that account for recombination between markers and QTL (e.g., Fernando and Grossman, 1989), and the potential inclusion of all discovered marker information in whole-genome selection (Meuwissen et al., Genetics 2001). Through any of these methods, the markers reported herein that have been determined to be in population-wide LD with valuable QTL alleles may be used to provide greater accuracy of selection, greater rate of genetic improvement, and greater value accumulation in the pork production chain.

Example 3 Identification of SNP

A nucleic acid sequence contains a SNP of the present invention if it comprises at least 20 consecutive nucleotides that include and/or are adjacent to a polymorphism described in Tables 1 and 2 and the Sequence Listing. Alternatively, a SNP of the present invention may be identified by a shorter stretch of consecutive nucleotides which include or are adjacent to a polymorphism which is described in Tables 1 and 2 and the Sequence Listing in instances where the shorter sequence of consecutive nucleotides is unique in the pig genome. A SNP site is usually characterized by the consensus sequence in which the polymorphic site is contained, the position of the polymorphic site, and the various alleles at the polymorphic site. “Consensus sequence” means DNA sequence constructed as the consensus at each nucleotide position of a cluster of aligned sequences. Such clusters are often used to identify SNP and Indel (insertion/deletion) polymorphisms in alleles at a locus. Consensus sequence can be based on either strand of DNA at the locus, and states the nucleotide base of either one of each SNP allele in the locus and the nucleotide bases of all Indels in the locus, or both SNP alleles using degenerate code (IUPAC code: M for A or C; R for A or G; W for A or T; S for C or G; Y for C or T; K for G or T; V for A or C or G; H for A or C or T; D for A or G or T; B for C or G or T; N for A or C or G or T; Additional code that we use include I for “-” or A; 0 for “-” or C; E for “-” or G; L for “-” or T; where “-” means a deletion). Thus, although a consensus sequence may not be a copy of an actual DNA sequence, a consensus sequence is useful for precisely designing primers and probes for actual polymorphisms in the locus.

Such SNP have a nucleic acid sequence having at least 90% sequence identity, more preferably at least 95% or even more preferably for some alleles at least 98% and in many cases at least 99% sequence identity, to the sequence of the same number of nucleotides in either strand of a segment of pig DNA which includes or is adjacent to the polymorphism. The nucleotide sequence of one strand of such a segment of pig DNA may be found in a sequence in the group consisting of SEQ ID NO:1 through SEQ ID NO:5211. It is understood by the very nature of polymorphisms that for at least some alleles there will be no identity at the polymorphic site itself. Thus, sequence identity can be determined for sequence that is exclusive of the polymorphism sequence. The polymorphisms in each locus are described in Tables 1 and 2.

Shown below are examples of public porcine SNPs that match each other: SNP ss 6337002 (SEQ ID NO:2602) was determined to be the same as ss16337593 (SEQ ID NO:2603) because 41 bases (with the polymorphic site at the middle) from each sequence match one another perfectly (match length=41, identity=100%).

SNP ss16337555 (SEQ ID NO:2604) was determined to be the same as ss16338279 (SEQ ID NO:2605) because 41 bases (with the polymorphic site at the middle) from each sequence match one another at all bases except for one base (match length=41, identity=97%).

Example 4 Quantification of the Animal's Body and/or Carcass Composition

Quantifying an animal's body and/or carcass composition can be accomplished by measuring a number of phenotypes including, but not limited to: average backfat thickness (e.g. in inches or centimeters) measured on the carcass or on the live animal using ultrasound; loin muscle (eye) area (e.g. in²) measured on the carcass or on the live animal using ultrasound; fat depth, loin depth (millimeters) and carcass weight (pounds) measured on-line after slaughter using industry standard equipment (e.g., Fat-O-Meater); predicted lean percentage (%) calculated from backfat thickness, loin muscle depth or area, and body or carcass weight; carcass length (e.g. in inches); National Pork Producers Council (NPPC) marbling quality score (i.e., 1-5); Intramuscular fat content of the loin (%); primal cuts (loin, shoulder, belly, etc) as a percent of carcass weight (%); carcass yield as a percentage of live weight (%).

Example 5 Quantification of the Animal's Growth

Quantifying an animal's growth can be accomplished by measuring phenotypes including, but not limited to: average daily weight gain (e.g. lbs/day); average daily feed intake (lbs/day); feed conversion ratio (lbs feed per lb gain); growth from birth to any desired age (lb); and growth during a specified test period (e.g. from 21 to 165 days of age).

Example 6 Quantification of Meat Color

Quantifying meat color can be accomplished by measuring phenotypes including, but not limited to: Hunter colorimeter scores; change in Hunter colorimeter score over a 24 hour period; Japanese color score (1-5); and NPPC color quality score (1-5).

Example 7 Quantification of Meat Quality

Quantifying meat quality can be accomplished by measuring phenotypes including, but not limited to: Drip loss (%); purge loss (%); pH of loin or ham; moisture content in the loin (%); NPPC firmness quality score (1-5); Werner-Bratzler shear force (kg); and cooking loss (%).

Example 8 Quantification of the Animal's Prolificacy

Quantifying an animal's prolificacy can be accomplished by measuring phenotypes including, but not limited to (each trait measured within 24 hr of parturition): total number of fully-formed piglets born, number of piglets born alive, number of fully-formed but stillborn piglets, and number of (underdeveloped) mummified piglets born dead.

REFERENCES

The references cited in this application, both above and below, are specifically incorporated herein by reference.

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DESCRIPTION OF THE TABLES

Table 1: provides a list of phenotypic traits and the assigned identification numbers of SNPs found to be associated with each trait. The left column provides a counter to allow easier reading of the table. The “Trait” column lists the following traits: “COMPOSITION” (body composition), rows 1-1766; “GROWTH” rows 1768-2747; and “REPRODUCTION”, rows 2748-3718.

Table 2: provides the SEQ ID NO of the sequence associated with each of the SNPs listed in Table 1. The “SNP POSITION” column provides the position (nucleotide position number) of the SNP within the associated sequence (SEQ ID NO) in the Sequence Listing and the “SNP ALLELE 1” and “SNP ALLELE 2” columns provide the identity of the two nucleotides that occur most frequently at the SNP POSITION within the population analyzed.

TABLE 1 ROW NO. TRAIT SNP ID NO. 1 Composition SsSNP2006B_365 2 Composition SsSNP2006B_465 3 Composition SsSNP2006B_1113 4 Composition SsSNP2006B_196 5 Composition SsSNP2006B_1841 6 Composition SsSNP2006B_471 7 Composition SsSNP2006B_1392 8 Composition SsSNP2006B_340 9 Composition SsSNP2006B_1377 10 Composition SsSNP2006B_890 11 Composition SsSNP2006B_1119 12 Composition SsSNP2006B_120 13 Composition SsSNP2006B_229 14 Composition SsSNP2006B_2332 15 Composition SsSNP2006B_2359 16 Composition SsSNP2006B_757 17 Composition SsSNP2006B_87 18 Composition SsSNP2006B_1905 19 Composition SsSNP2006B_96 20 Composition SsSNP2006B_2413 21 Composition SsSNP2006B_2539 22 Composition SsSNP2006B_1666 23 Composition SsSNP2006B_387 24 Composition SsSNP2006B_2550 25 Composition SsSNP2006B_1501 26 Composition SsSNP2006B_662 27 Composition SsSNP2006B_1263 28 Composition SsSNP2006B_1112 29 Composition SsSNP2006B_1491 30 Composition SsSNP2006B_23 31 Composition SsSNP2006B_256 32 Composition SsSNP2006B_950 33 Composition SsSNP2006B_969 34 Composition SsSNP2006B_1098 35 Composition SsSNP2006B_326 36 Composition SsSNP2006B_327 37 Composition SsSNP2006B_1290 38 Composition SsSNP2006B_1298 39 Composition SsSNP2006B_1840 40 Composition SsSNP2006B_1890 41 Composition SsSNP2006B_434 42 Composition SsSNP2006B_54 43 Composition SsSNP2006B_369 44 Composition SsSNP2006B_1872 45 Composition SsSNP2006B_76 46 Composition SsSNP2006B_1535 47 Composition SsSNP2006B_2396 48 Composition SsSNP2006B_13 49 Composition SsSNP2006B_1555 50 Composition SsSNP2006B_1132 51 Composition SsSNP2006B_1562 52 Composition SsSNP2006B_1464 53 Composition SsSNP2006B_1407 54 Composition SsSNP2006B_166 55 Composition SsSNP2006B_1394 56 Composition SsSNP2006B_1660 57 Composition SsSNP2006B_1092 58 Composition SsSNP2006B_2338 59 Composition SsSNP2006B_2417 60 Composition SsSNP2006B_2239 61 Composition SsSNP2006B_722 62 Composition SsSNP2006B_2145 63 Composition SsSNP2006B_1857 64 Composition SsSNP2006B_92 65 Composition SsSNP2006B_2344 66 Composition SsSNP2006B_2564 67 Composition SsSNP2006B_2130 68 Composition SsSNP2006B_2558 69 Composition SsSNP2006B_1574 70 Composition SsSNP2006B_1628 71 Composition SsSNP2006B_1275 72 Composition SsSNP2006B_1711 73 Composition SsSNP2006B_2507 74 Composition SsSNP2006B_1339 75 Composition SsSNP2006B_856 76 Composition SsSNP2006B_2248 77 Composition SsSNP2006B_17 78 Composition SsSNP2006B_1211 79 Composition SsSNP2006B_57 80 Composition SsSNP2006B_1083 81 Composition SsSNP2006B_1923 82 Composition SsSNP2006B_970 83 Composition SsSNP2006B_684 84 Composition SsSNP2006B_629 85 Composition SsSNP2006B_1195 86 Composition SsSNP2006B_304 87 Composition SsSNP2006B_1686 88 Composition SsSNP2006B_882 89 Composition SsSNP2006B_175 90 Composition SsSNP2006B_2330 91 Composition SsSNP2006B_583 92 Composition SsSNP2006B_1048 93 Composition SsSNP2006B_154 94 Composition SsSNP2006B_1717 95 Composition SsSNP2006B_2113 96 Composition SsSNP2006B_489 97 Composition SsSNP2006B_1603 98 Composition SsSNP2006B_868 99 Composition SsSNP2006B_2281 100 Composition SsSNP2006B_63 101 Composition SsSNP2006B_2058 102 Composition SsSNP2006B_158 103 Composition SsSNP2006B_2287 104 Composition SsSNP2006B_1969 105 Composition SsSNP2006B_1192 106 Composition SsSNP2006B_2566 107 Composition SsSNP2006B_2214 108 Composition SsSNP2006B_2402 109 Composition SsSNP2006B_1374 110 Composition SsSNP2006B_2474 111 Composition SsSNP2006B_1781 112 Composition SsSNP2006B_2012 113 Composition SsSNP2006B_2175 114 Composition SsSNP2006B_826 115 Composition SsSNP2006B_1619 116 Composition SsSNP2006B_855 117 Composition SsSNP2006B_66 118 Composition SsSNP2006B_1830 119 Composition SsSNP2006B_1499 120 Composition SsSNP2006B_500 121 Composition SsSNP2006B_862 122 Composition SsSNP2006B_2331 123 Composition SsSNP2006B_1993 124 Composition SsSNP2006B_1447 125 Composition SsSNP2006B_2278 126 Composition SsSNP2006B_2279 127 Composition SsSNP2006B_1986 128 Composition SsSNP2006B_358 129 Composition SsSNP2006B_1101 130 Composition SsSNP2006B_1436 131 Composition SsSNP2006B_2380 132 Composition SsSNP2006B_1508 133 Composition SsSNP2006B_1961 134 Composition SsSNP2006B_2348 135 Composition SsSNP2006B_2240 136 Composition SsSNP2006B_417 137 Composition SsSNP2006B_2505 138 Composition SsSNP2006B_1199 139 Composition SsSNP2006B_2048 140 Composition SsSNP2006B_1864 141 Composition SsSNP2006B_522 142 Composition SsSNP2006B_1060 143 Composition SsSNP2006B_1198 144 Composition SsSNP2006B_2457 145 Composition SsSNP2006B_2405 146 Composition SsSNP2006B_542 147 Composition SsSNP2006B_543 148 Composition SsSNP2006B_1521 149 Composition SsSNP2006B_1073 150 Composition SsSNP2006B_1891 151 Composition SsSNP2006B_1315 152 Composition SsSNP2006B_763 153 Composition SsSNP2006B_155 154 Composition SsSNP2006B_1797 155 Composition SsSNP2006B_615 156 Composition SsSNP2006B_671 157 Composition SsSNP2006B_784 158 Composition SsSNP2006B_2495 159 Composition SsSNP2006B_690 160 Composition SsSNP2006B_2050 161 Composition SsSNP2006B_589 162 Composition SsSNP2006B_1431 163 Composition SsSNP2006B_1109 164 Composition SsSNP2006B_2257 165 Composition SsSNP2006B_2285 166 Composition SsSNP2006B_176 167 Composition SsSNP2006B_189 168 Composition SsSNP2006B_289 169 Composition SsSNP2006B_1788 170 Composition SsSNP2006B_2406 171 Composition SsSNP2006B_1643 172 Composition SsSNP2006B_420 173 Composition SsSNP2006B_1220 174 Composition SsSNP2006B_928 175 Composition SsSNP2006B_1482 176 Composition SsSNP2006B_2534 177 Composition SsSNP2006B_676 178 Composition SsSNP2006B_314 179 Composition SsSNP2006B_2061 180 Composition SsSNP2006B_2366 181 Composition SsSNP2006B_549 182 Composition SsSNP2006B_1371 183 Composition SsSNP2006B_820 184 Composition SsSNP2006B_344 185 Composition SsSNP2006B_1773 186 Composition SsSNP2006B_296 187 Composition SsSNP2006B_15 188 Composition SsSNP2006B_688 189 Composition SsSNP2006B_2377 190 Composition SsSNP2006B_602 191 Composition SsSNP2006B_1897 192 Composition SsSNP2006B_770 193 Composition SsSNP2006B_2555 194 Composition SsSNP2006B_2249 195 Composition SsSNP2006B_331 196 Composition SsSNP2006B_1594 197 Composition SsSNP2006B_130 198 Composition SsSNP2006B_618 199 Composition SsSNP2006B_2138 200 Composition SsSNP2006B_1962 201 Composition SsSNP2006B_399 202 Composition SsSNP2006B_1372 203 Composition SsSNP2006B_608 204 Composition SsSNP2006B_2269 205 Composition SsSNP2006B_25 206 Composition SsSNP2006B_782 207 Composition SsSNP2006B_2270 208 Composition SsSNP2006B_2323 209 Composition SsSNP2006B_487 210 Composition SsSNP2006B_1892 211 Composition SsSNP2006B_86 212 Composition SsSNP2006B_978 213 Composition SsSNP2006B_472 214 Composition SsSNP2006B_2450 215 Composition SsSNP2006B_1809 216 Composition SsSNP2006B_567 217 Composition SsSNP2006B_1032 218 Composition SsSNP2006B_934 219 Composition SsSNP2006B_1880 220 Composition SsSNP2006B_1881 221 Composition SsSNP2006B_2052 222 Composition SsSNP2006B_208 223 Composition SsSNP2006B_1670 224 Composition SsSNP2006B_1949 225 Composition SsSNP2006B_2400 226 Composition SsSNP2006B_743 227 Composition SsSNP2006B_1176 228 Composition SsSNP2006B_730 229 Composition SsSNP2006B_1186 230 Composition SsSNP2006B_1755 231 Composition SsSNP2006B_3 232 Composition SsSNP2006B_936 233 Composition SsSNP2006B_517 234 Composition SsSNP2006B_1040 235 Composition SsSNP2006B_1716 236 Composition SsSNP2006B_566 237 Composition SsSNP2006B_1273 238 Composition SsSNP2006B_754 239 Composition SsSNP2006B_2401 240 Composition SsSNP2006B_1178 241 Composition SsSNP2006B_421 242 Composition SsSNP2006B_330 243 Composition SsSNP2006B_1077 244 Composition SsSNP2006B_2479 245 Composition SsSNP2006B_1492 246 Composition SsSNP2006B_2192 247 Composition SsSNP2006B_180 248 Composition SsSNP2006B_2044 249 Composition SsSNP2006B_768 250 Composition SsSNP2006B_2127 251 Composition SsSNP2006B_1338 252 Composition SsSNP2006B_2038 253 Composition SsSNP2006B_2378 254 Composition SsSNP2006B_2186 255 Composition SsSNP2006B_1657 256 Composition SsSNP2006B_1879 257 Composition SsSNP2006B_6 258 Composition SsSNP2006B_40 259 Composition SsSNP2006B_1103 260 Composition SsSNP2006B_550 261 Composition SsSNP2006B_1140 262 Composition SsSNP2006B_1966 263 Composition SsSNP2006B_1748 264 Composition SsSNP2006B_1801 265 Composition SsSNP2006B_1340 266 Composition SsSNP2006B_1855 267 Composition SsSNP2006B_1429 268 Composition SsSNP2006B_798 269 Composition SsSNP2006B_2571 270 Composition SsSNP2006B_179 271 Composition SsSNP2006B_1909 272 Composition SsSNP2006B_1503 273 Composition SsSNP2006B_2353 274 Composition SsSNP2006B_2029 275 Composition SsSNP2006B_1206 276 Composition SsSNP2006B_1715 277 Composition SsSNP2006B_693 278 Composition SsSNP2006B_984 279 Composition SsSNP2006B_656 280 Composition SsSNP2006B_560 281 Composition SsSNP2006B_159 282 Composition SsSNP2006B_247 283 Composition SsSNP2006B_2598 284 Composition SsSNP2006B_2073 285 Composition SsSNP2006B_81 286 Composition SsSNP2006B_1300 287 Composition SsSNP2006B_1869 288 Composition SsSNP2006B_1870 289 Composition SsSNP2006B_1556 290 Composition SsSNP2006B_2268 291 Composition SsSNP2006B_1995 292 Composition SsSNP2006B_1785 293 Composition SsSNP2006B_1587 294 Composition SsSNP2006B_609 295 Composition SsSNP2006B_626 296 Composition SsSNP2006B_2307 297 Composition SsSNP2006B_2069 298 Composition SsSNP2006B_1486 299 Composition SsSNP2006B_815 300 Composition SsSNP2006B_1114 301 Composition SsSNP2006B_745 302 Composition SsSNP2006B_360 303 Composition SsSNP2006B_691 304 Composition SsSNP2006B_1942 305 Composition SsSNP2006B_1931 306 Composition SsSNP2006B_643 307 Composition SsSNP2006B_481 308 Composition SsSNP2006B_389 309 Composition SsSNP2006B_1713 310 Composition SsSNP2006B_1177 311 Composition SsSNP2006B_1753 312 Composition SsSNP2006B_1107 313 Composition SsSNP2006B_731 314 Composition SsSNP2006B_1054 315 Composition SsSNP2006B_1172 316 Composition SsSNP2006B_2090 317 Composition SsSNP2006B_611 318 Composition SsSNP2006B_1327 319 Composition SsSNP2006B_974 320 Composition SsSNP2006B_1767 321 Composition SsSNP2006B_2296 322 Composition SsSNP2006B_1802 323 Composition SsSNP2006B_1764 324 Composition SsSNP2006B_303 325 Composition SsSNP2006B_895 326 Composition SsSNP2006B_2452 327 Composition SsSNP2006B_2141 328 Composition SsSNP2006B_2142 329 Composition SsSNP2006B_2234 330 Composition SsSNP2006B_552 331 Composition SsSNP2006B_2292 332 Composition SsSNP2006B_260 333 Composition SsSNP2006B_1637 334 Composition SsSNP2006B_2014 335 Composition SsSNP2006B_153 336 Composition SsSNP2006B_2535 337 Composition SsSNP2006B_1703 338 Composition SsSNP2006B_1219 339 Composition SsSNP2006B_819 340 Composition SsSNP2006B_630 341 Composition SsSNP2006B_1110 342 Composition SsSNP2006B_2164 343 Composition SsSNP2006B_2580 344 Composition SsSNP2006B_1082 345 Composition SsSNP2006B_1335 346 Composition SsSNP2006B_370 347 Composition SsSNP2006B_1121 348 Composition SsSNP2006B_1530 349 Composition SsSNP2006B_734 350 Composition SsSNP2006B_213 351 Composition SsSNP2006B_1252 352 Composition SsSNP2006B_2591 353 Composition SsSNP2006B_45 354 Composition SsSNP2006B_1829 355 Composition SsSNP2006B_1769 356 Composition SsSNP2006B_1956 357 Composition SsSNP2006B_2486 358 Composition SsSNP2006B_1691 359 Composition SsSNP2006B_2556 360 Composition SsSNP2006B_822 361 Composition SsSNP2006B_1738 362 Composition SsSNP2006B_1148 363 Composition SsSNP2006B_2272 364 Composition SsSNP2006B_1018 365 Composition SsSNP2006B_2097 366 Composition SsSNP2006B_1463 367 Composition SsSNP2006B_1616 368 Composition SsSNP2006B_112 369 Composition SsSNP2006B_712 370 Composition SsSNP2006B_911 371 Composition SsSNP2006B_1445 372 Composition SsSNP2006B_813 373 Composition SsSNP2006B_2242 374 Composition SsSNP2006B_860 375 Composition SsSNP2006B_2053 376 Composition SsSNP2006B_11 377 Composition SsSNP2006B_453 378 Composition SsSNP2006B_905 379 Composition SsSNP2006B_2221 380 Composition SsSNP2006B_1620 381 Composition SsSNP2006B_960 382 Composition SsSNP2006B_2557 383 Composition SsSNP2006B_470 384 Composition SsSNP2006B_491 385 Composition SsSNP2006B_1554 386 Composition SsSNP2006B_2513 387 Composition SsSNP2006B_749 388 Composition SsSNP2006B_2116 389 Composition SsSNP2006B_761 390 Composition SsSNP2006B_1689 391 Composition SsSNP2006B_753 392 Composition SsSNP2006B_1550 393 Composition SsSNP2006B_2388 394 Composition SsSNP2006B_2037 395 Composition SsSNP2006B_91 396 Composition SsSNP2006B_2487 397 Composition SsSNP2006B_777 398 Composition SsSNP2006B_962 399 Composition SsSNP2006B_788 400 Composition SsSNP2006B_317 401 Composition SsSNP2006B_2251 402 Composition SsSNP2006B_2379 403 Composition SsSNP2006B_2575 404 Composition SsSNP2006B_2157 405 Composition SsSNP2006B_569 406 Composition SsSNP2006B_2117 407 Composition SsSNP2006B_2447 408 Composition SsSNP2006B_293 409 Composition SsSNP2006B_46 410 Composition SsSNP2006B_2569 411 Composition SsSNP2006B_181 412 Composition SsSNP2006B_613 413 Composition SsSNP2006B_73 414 Composition SsSNP2006B_74 415 Composition SsSNP2006B_274 416 Composition SsSNP2006B_1640 417 Composition SsSNP2006B_140 418 Composition SsSNP2006B_9 419 Composition SsSNP2006B_1337 420 Composition SsSNP2006B_461 421 Composition SsSNP2006B_2091 422 Composition SsSNP2006B_535 423 Composition SsSNP2006B_341 424 Composition SsSNP2006B_2319 425 Composition SsSNP2006B_1557 426 Composition SsSNP2006B_322 427 Composition SsSNP2006B_1835 428 Composition SsSNP2006B_2590 429 Composition SsSNP2006B_2418 430 Composition SsSNP2006B_2467 431 Composition SsSNP2006B_720 432 Composition SsSNP2006B_719 433 Composition SsSNP2006B_1418 434 Composition SsSNP2006B_1259 435 Composition SsSNP2006B_2128 436 Composition SsSNP2006B_1062 437 Composition SsSNP2006B_2051 438 Composition SsSNP2006B_1185 439 Composition SsSNP2006B_2203 440 Composition SsSNP2006B_475 441 Composition SsSNP2006B_692 442 Composition SsSNP2006B_1050 443 Composition SsSNP2006B_273 444 Composition SsSNP2006B_908 445 Composition SsSNP2006B_2076 446 Composition SsSNP2006B_1059 447 Composition SsSNP2006B_2084 448 Composition SsSNP2006B_2092 449 Composition SsSNP2006B_34 450 Composition SsSNP2006B_1979 451 Composition SsSNP2006B_1980 452 Composition SsSNP2006B_1457 453 Composition SsSNP2006B_1663 454 Composition SsSNP2006B_198 455 Composition SsSNP2006B_695 456 Composition SsSNP2006B_1696 457 Composition SsSNP2006B_1047 458 Composition SsSNP2006B_1859 459 Composition SsSNP2006B_1551 460 Composition SsSNP2006B_125 461 Composition SsSNP2006B_126 462 Composition SsSNP2006B_426 463 Composition SsSNP2006B_2093 464 Composition SsSNP2006B_755 465 Composition SsSNP2006B_1967 466 Composition SsSNP2006B_2238 467 Composition SsSNP2006B_1861 468 Composition SsSNP2006B_1443 469 Composition SsSNP2006B_1588 470 Composition SsSNP2006B_1045 471 Composition SsSNP2006B_2000 472 Composition SsSNP2006B_1039 473 Composition SsSNP2006B_659 474 Composition SsSNP2006B_2563 475 Composition SsSNP2006B_206 476 Composition SsSNP2006B_1586 477 Composition SsSNP2006B_1770 478 Composition SsSNP2006B_2295 479 Composition SsSNP2006B_2100 480 Composition SsSNP2006B_1278 481 Composition SsSNP2006B_1268 482 Composition SsSNP2006B_68 483 Composition SsSNP2006B_1661 484 Composition SsSNP2006B_980 485 Composition SsSNP2006B_431 486 Composition SsSNP2006B_2599 487 Composition SsSNP2006B_1532 488 Composition SsSNP2006B_619 489 Composition SsSNP2006B_1481 490 Composition SsSNP2006B_1087 491 Composition SsSNP2006B_366 492 Composition SsSNP2006B_148 493 Composition SsSNP2006B_1156 494 Composition SsSNP2006B_2081 495 Composition SsSNP2006B_1150 496 Composition SsSNP2006B_1434 497 Composition SsSNP2006B_2551 498 Composition SsSNP2006B_2025 499 Composition SsSNP2006B_873 500 Composition SsSNP2006B_1784 501 Composition SsSNP2006B_2271 502 Composition SsSNP2006B_394 503 Composition SsSNP2006B_896 504 Composition SsSNP2006B_1028 505 Composition SsSNP2006B_65 506 Composition SsSNP2006B_779 507 Composition SsSNP2006B_328 508 Composition SsSNP2006B_1860 509 Composition SsSNP2006B_2408 510 Composition SsSNP2006B_1002 511 Composition SsSNP2006B_1902 512 Composition SsSNP2006B_1976 513 Composition SsSNP2006B_1634 514 Composition SsSNP2006B_2151 515 Composition SsSNP2006B_1330 516 Composition SsSNP2006B_26 517 Composition SsSNP2006B_1036 518 Composition SsSNP2006B_1813 519 Composition SsSNP2006B_1256 520 Composition SsSNP2006B_2529 521 Composition SsSNP2006B_169 522 Composition SsSNP2006B_1261 523 Composition SsSNP2006B_376 524 Composition SsSNP2006B_2364 525 Composition SsSNP2006B_795 526 Composition SsSNP2006B_414 527 Composition SsSNP2006B_1090 528 Composition SsSNP2006B_1687 529 Composition SsSNP2006B_174 530 Composition SsSNP2006B_893 531 Composition SsSNP2006B_894 532 Composition SsSNP2006B_2122 533 Composition SsSNP2006B_1202 534 Composition SsSNP2006B_523 535 Composition SsSNP2006B_377 536 Composition SsSNP2006B_2137 537 Composition SsSNP2006B_1732 538 Composition SsSNP2006B_2376 539 Composition SsSNP2006B_1987 540 Composition SsSNP2006B_2470 541 Composition SsSNP2006B_604 542 Composition SsSNP2006B_711 543 Composition SsSNP2006B_504 544 Composition SsSNP2006B_1601 545 Composition SsSNP2006B_505 546 Composition SsSNP2006B_1151 547 Composition SsSNP2006B_2309 548 Composition SsSNP2006B_1286 549 Composition SsSNP2006B_67 550 Composition SsSNP2006B_1913 551 Composition SsSNP2006B_1759 552 Composition SsSNP2006B_1439 553 Composition SsSNP2006B_685 554 Composition SsSNP2006B_1296 555 Composition SsSNP2006B_915 556 Composition SsSNP2006B_1080 557 Composition SsSNP2006B_2159 558 Composition SsSNP2006B_1242 559 Composition SsSNP2006B_2423 560 Composition SsSNP2006B_2167 561 Composition SsSNP2006B_1908 562 Composition SsSNP2006B_1975 563 Composition SsSNP2006B_2525 564 Composition SsSNP2006B_1741 565 Composition SsSNP2006B_1743 566 Composition SsSNP2006B_2149 567 Composition SsSNP2006B_1878 568 Composition SsSNP2006B_1188 569 Composition SsSNP2006B_1505 570 Composition SsSNP2006B_1948 571 Composition SsSNP2006B_1862 572 Composition SsSNP2006B_231 573 Composition SsSNP2006B_2245 574 Composition SsSNP2006B_2111 575 Composition SsSNP2006B_1939 576 Composition SsSNP2006B_1682 577 Composition SsSNP2006B_83 578 Composition SsSNP2006B_2109 579 Composition SsSNP2006B_1572 580 Composition SsSNP2006B_2011 581 Composition SsSNP2006B_607 582 Composition SsSNP2006B_1758 583 Composition SsSNP2006B_62 584 Composition SsSNP2006B_1836 585 Composition SsSNP2006B_1804 586 Composition SsSNP2006B_1791 587 Composition SsSNP2006B_1333 588 Composition SsSNP2006B_1569 589 Composition SsSNP2006B_1068 590 Composition SsSNP2006B_1357 591 Composition SsSNP2006B_1529 592 Composition SsSNP2006B_8 593 Composition SsSNP2006B_2517 594 Composition SsSNP2006B_445 595 Composition SsSNP2006B_1334 596 Composition SsSNP2006B_2259 597 Composition SsSNP2006B_1247 598 Composition SsSNP2006B_1779 599 Composition SsSNP2006B_2536 600 Composition SsSNP2006B_178 601 Composition SsSNP2006B_115 602 Composition SsSNP2006B_141 603 Composition SsSNP2006B_469 604 Composition SsSNP2006B_2162 605 Composition SsSNP2006B_228 606 Composition SsSNP2006B_1596 607 Composition SsSNP2006B_2462 608 Composition SsSNP2006B_1744 609 Composition SsSNP2006B_410 610 Composition SsSNP2006B_30 611 Composition SsSNP2006B_878 612 Composition SsSNP2006B_2057 613 Composition SsSNP2006B_476 614 Composition SsSNP2006B_699 615 Composition SsSNP2006B_848 616 Composition SsSNP2006B_428 617 Composition SsSNP2006B_2449 618 Composition SsSNP2006B_440 619 Composition SsSNP2006B_2163 620 Composition SsSNP2006B_49 621 Composition SsSNP2006B_448 622 Composition SsSNP2006B_1933 623 Composition SsSNP2006B_2211 624 Composition SsSNP2006B_2302 625 Composition SsSNP2006B_864 626 Composition SsSNP2006B_320 627 Composition SsSNP2006B_585 628 Composition SsSNP2006B_1216 629 Composition SsSNP2006B_1793 630 Composition SsSNP2006B_531 631 Composition SsSNP2006B_1825 632 Composition SsSNP2006B_177 633 Composition SsSNP2006B_1707 634 Composition SsSNP2006B_2346 635 Composition SsSNP2006B_2383 636 Composition SsSNP2006B_1776 637 Composition SsSNP2006B_1368 638 Composition SsSNP2006B_532 639 Composition SsSNP2006B_870 640 Composition SsSNP2006B_1985 641 Composition SsSNP2006B_541 642 Composition SsSNP2006B_641 643 Composition SsSNP2006B_402 644 Composition SsSNP2006B_598 645 Composition SsSNP2006B_1731 646 Composition SsSNP2006B_1871 647 Composition SsSNP2006B_875 648 Composition SsSNP2006B_1403 649 Composition SsSNP2006B_1426 650 Composition SsSNP2006B_441 651 Composition SsSNP2006B_2227 652 Composition SsSNP2006B_2015 653 Composition SsSNP2006B_904 654 Composition SsSNP2006B_1695 655 Composition SsSNP2006B_1342 656 Composition SsSNP2006B_2060 657 Composition SsSNP2006B_2010 658 Composition SsSNP2006B_1122 659 Composition SsSNP2006B_663 660 Composition SsSNP2006B_664 661 Composition SsSNP2006B_537 662 Composition SsSNP2006B_1935 663 Composition SsSNP2006B_1420 664 Composition SsSNP2006B_2002 665 Composition SsSNP2006B_1063 666 Composition SsSNP2006B_1623 667 Composition SsSNP2006B_1624 668 Composition SsSNP2006B_1904 669 Composition SsSNP2006B_2039 670 Composition SsSNP2006B_620 671 Composition SsSNP2006B_51 672 Composition SsSNP2006B_1549 673 Composition SsSNP2006B_1727 674 Composition SsSNP2006B_538 675 Composition SsSNP2006B_642 676 Composition SsSNP2006B_1356 677 Composition SsSNP2006B_1025 678 Composition SsSNP2006B_1561 679 Composition SsSNP2006B_2416 680 Composition SsSNP2006B_810 681 Composition SsSNP2006B_1160 682 Composition SsSNP2006B_1820 683 Composition SsSNP2006B_580 684 Composition SsSNP2006B_916 685 Composition SsSNP2006B_2432 686 Composition SsSNP2006B_116 687 Composition SsSNP2006B_222 688 Composition SsSNP2006B_2224 689 Composition SsSNP2006B_233 690 Composition SsSNP2006B_1568 691 Composition SsSNP2006B_214 692 Composition SsSNP2006B_201 693 Composition SsSNP2006B_1576 694 Composition SsSNP2006B_1281 695 Composition SsSNP2006B_559 696 Composition SsSNP2006B_418 697 Composition SsSNP2006B_450 698 Composition SsSNP2006B_1251 699 Composition SsSNP2006B_2586 700 Composition SsSNP2006B_1398 701 Composition SsSNP2006B_1461 702 Composition SsSNP2006B_301 703 Composition SsSNP2006B_2237 704 Composition SsSNP2006B_1100 705 Composition SsSNP2006B_106 706 Composition SsSNP2006B_2193 707 Composition SsSNP2006B_1514 708 Composition SsSNP2006B_2223 709 Composition SsSNP2006B_706 710 Composition SsSNP2006B_678 711 Composition SsSNP2006B_946 712 Composition SsSNP2006B_1435 713 Composition SsSNP2006B_1031 714 Composition SsSNP2006B_1706 715 Composition SsSNP2006B_2004 716 Composition SsSNP2006B_2231 717 Composition SsSNP2006B_1091 718 Composition SsSNP2006B_2204 719 Composition SsSNP2006B_335 720 Composition SsSNP2006B_1266 721 Composition SsSNP2006B_1239 722 Composition SsSNP2006B_562 723 Composition SsSNP2006B_716 724 Composition SsSNP2006B_2511 725 Composition SsSNP2006B_1452 726 Composition SsSNP2006B_1538 727 Composition SsSNP2006B_37 728 Composition SsSNP2006B_1506 729 Composition SsSNP2006B_443 730 Composition SsSNP2006B_2365 731 Composition SsSNP2006B_1817 732 Composition SsSNP2006B_2315 733 Composition SsSNP2006B_840 734 Composition SsSNP2006B_516 735 Composition SsSNP2006B_727 736 Composition SsSNP2006B_1837 737 Composition SsSNP2006B_1485 738 Composition SsSNP2006B_199 739 Composition SsSNP2006B_2065 740 Composition SsSNP2006B_1164 741 Composition SsSNP2006B_1925 742 Composition SsSNP2006B_1633 743 Composition SsSNP2006B_1806 744 Composition SsSNP2006B_1851 745 Composition SsSNP2006B_378 746 Composition SsSNP2006B_574 747 Composition SsSNP2006B_1427 748 Composition SsSNP2006B_547 749 Composition SsSNP2006B_351 750 Composition SsSNP2006B_594 751 Composition SsSNP2006B_1832 752 Composition SsSNP2006B_1652 753 Composition SsSNP2006B_1523 754 Composition SsSNP2006B_2009 755 Composition SsSNP2006B_1258 756 Composition SsSNP2006B_1875 757 Composition SsSNP2006B_1071 758 Composition SsSNP2006B_906 759 Composition SsSNP2006B_2064 760 Composition SsSNP2006B_1470 761 Composition SsSNP2006B_2342 762 Composition SsSNP2006B_2385 763 Composition SsSNP2006B_701 764 Composition SsSNP2006B_1945 765 Composition SsSNP2006B_1442 766 Composition SsSNP2006B_33 767 Composition SsSNP2006B_1417 768 Composition SsSNP2006B_2381 769 Composition SsSNP2006B_1712 770 Composition SsSNP2006B_2179 771 Composition SsSNP2006B_95 772 Composition SsSNP2006B_2355 773 Composition SsSNP2006B_578 774 Composition SsSNP2006B_1043 775 Composition SsSNP2006B_1167 776 Composition SsSNP2006B_1847 777 Composition SsSNP2006B_901 778 Composition SsSNP2006B_1927 779 Composition SsSNP2006B_1957 780 Composition SsSNP2006B_1912 781 Composition SsSNP2006B_914 782 Composition SsSNP2006B_2459 783 Composition SsSNP2006B_1313 784 Composition SsSNP2006B_849 785 Composition SsSNP2006B_1566 786 Composition SsSNP2006B_739 787 Composition SsSNP2006B_737 788 Composition SsSNP2006B_134 789 Composition SsSNP2006B_135 790 Composition SsSNP2006B_2398 791 Composition SsSNP2006B_2210 792 Composition SsSNP2006B_990 793 Composition SsSNP2006B_1684 794 Composition SsSNP2006B_2241 795 Composition SsSNP2006B_1577 796 Composition SsSNP2006B_379 797 Composition SsSNP2006B_1733 798 Composition SsSNP2006B_2308 799 Composition SsSNP2006B_1041 800 Composition SsSNP2006B_554 801 Composition SsSNP2006B_721 802 Composition SsSNP2006B_131 803 Composition SsSNP2006B_877 804 Composition SsSNP2006B_2195 805 Composition SsSNP2006B_1600 806 Composition SsSNP2006B_639 807 Composition SsSNP2006B_490 808 Composition SsSNP2006B_548 809 Composition SsSNP2006B_1542 810 Composition SsSNP2006B_1142 811 Composition SsSNP2006B_773 812 Composition SsSNP2006B_200 813 Composition SsSNP2006B_816 814 Composition SsSNP2006B_333 815 Composition SsSNP2006B_1782 816 Composition SsSNP2006B_2032 817 Composition SsSNP2006B_933 818 Composition SsSNP2006B_917 819 Composition SsSNP2006B_2018 820 Composition SsSNP2006B_1842 821 Composition SsSNP2006B_1472 822 Composition SsSNP2006B_2455 823 Composition SsSNP2006B_2341 824 Composition SsSNP2006B_2165 825 Composition SsSNP2006B_1636 826 Composition SsSNP2006B_295 827 Composition SsSNP2006B_2594 828 Composition SsSNP2006B_97 829 Composition SsSNP2006B_1749 830 Composition SsSNP2006B_2277 831 Composition SsSNP2006B_1714 832 Composition SsSNP2006B_1483 833 Composition SsSNP2006B_1380 834 Composition SsSNP2006B_1385 835 Composition SsSNP2006B_1648 836 Composition SsSNP2006B_1229 837 Composition SsSNP2006B_1618 838 Composition SsSNP2006B_1866 839 Composition SsSNP2006B_1051 840 Composition SsSNP2006B_1079 841 Composition SsSNP2006B_1000 842 Composition SsSNP2006B_114 843 Composition SsSNP2006B_1526 844 Composition SsSNP2006B_1567 845 Composition SsSNP2006B_1938 846 Composition SsSNP2006B_47 847 Composition SsSNP2006B_1974 848 Composition SsSNP2006B_983 849 Composition SsSNP2006B_1676 850 Composition SsSNP2006B_171 851 Composition SsSNP2006B_1721 852 Composition SsSNP2006B_744 853 Composition SsSNP2006B_824 854 Composition SsSNP2006B_927 855 Composition SsSNP2006B_2047 856 Composition SsSNP2006B_329 857 Composition SsSNP2006B_2232 858 Composition SsSNP2006B_1922 859 Composition SsSNP2006B_2572 860 Composition SsSNP2006B_1395 861 Composition SsSNP2006B_2003 862 Composition SsSNP2006B_1750 863 Composition SsSNP2006B_1422 864 Composition SsSNP2006B_1504 865 Composition SsSNP2006B_1893 866 Composition SsSNP2006B_146 867 Composition SsSNP2006B_496 868 Composition SsSNP2006B_1307 869 Composition SsSNP2006B_1301 870 Composition SsSNP2006B_2216 871 Composition SsSNP2006B_2456 872 Composition SsSNP2006B_132 873 Composition SsSNP2006B_648 874 Composition SsSNP2006B_332 875 Composition SsSNP2006B_1105 876 Composition SsSNP2006B_1664 877 Composition SsSNP2006B_2247 878 Composition SsSNP2006B_958 879 Composition SsSNP2006B_1305 880 Composition SsSNP2006B_2191 881 Composition SsSNP2006B_1314 882 Composition SsSNP2006B_1647 883 Composition SsSNP2006B_1867 884 Composition SsSNP2006B_1448 885 Composition SsSNP2006B_1646 886 Composition SsSNP2006B_1818 887 Composition SsSNP2006B_2172 888 Composition SsSNP2006B_2570 889 Composition SsSNP2006B_2129 890 Composition SsSNP2006B_1361 891 Composition SsSNP2006B_1952 892 Composition SsSNP2006B_843 893 Composition SsSNP2006B_2215 894 Composition SsSNP2006B_579 895 Composition SsSNP2006B_2103 896 Composition SsSNP2006B_424 897 Composition SsSNP2006B_651 898 Composition SsSNP2006B_1155 899 Composition SsSNP2006B_1921 900 Composition SsSNP2006B_75 901 Composition SsSNP2006B_1383 902 Composition SsSNP2006B_649 903 Composition SsSNP2006B_1174 904 Composition SsSNP2006B_1789 905 Composition SsSNP2006B_2352 906 Composition SsSNP2006B_350 907 Composition SsSNP2006B_545 908 Composition SsSNP2006B_1089 909 Composition SsSNP2006B_975 910 Composition SsSNP2006B_1170 911 Composition SsSNP2006B_582 912 Composition SsSNP2006B_2083 913 Composition SsSNP2006B_668 914 Composition SsSNP2006B_1883 915 Composition SsSNP2006B_2235 916 Composition SsSNP2006B_1500 917 Composition SsSNP2006B_1719 918 Composition SsSNP2006B_1915 919 Composition SsSNP2006B_1284 920 Composition SsSNP2006B_1364 921 Composition SsSNP2006B_1161 922 Composition SsSNP2006B_1546 923 Composition SsSNP2006B_1449 924 Composition SsSNP2006B_449 925 Composition SsSNP2006B_1895 926 Composition SsSNP2006B_71 927 Composition SsSNP2006B_363 928 Composition SsSNP2006B_93 929 Composition SsSNP2006B_948 930 Composition SsSNP2006B_349 931 Composition SsSNP2006B_1626 932 Composition SsSNP2006B_1865 933 Composition SsSNP2006B_1235 934 Composition SsSNP2006B_133 935 Composition SsSNP2006B_324 936 Composition SsSNP2006B_2121 937 Composition SsSNP2006B_1590 938 Composition SsSNP2006B_930 939 Composition SsSNP2006B_1812 940 Composition SsSNP2006B_1901 941 Composition SsSNP2006B_640 942 Composition SsSNP2006B_2340 943 Composition SsSNP2006B_963 944 Composition SsSNP2006B_1270 945 Composition SsSNP2006B_217 946 Composition SsSNP2006B_1898 947 Composition SsSNP2006B_2156 948 Composition SsSNP2006B_390 949 Composition SsSNP2006B_1667 950 Composition SsSNP2006B_573 951 Composition SsSNP2006B_861 952 Composition SsSNP2006B_460 953 Composition SsSNP2006B_2372 954 Composition SsSNP2006B_108 955 Composition SsSNP2006B_498 956 Composition SsSNP2006B_1496 957 Composition SsSNP2006B_572 958 Composition SsSNP2006B_311 959 Composition SsSNP2006B_2036 960 Composition SsSNP2006B_2078 961 Composition SsSNP2006B_2368 962 Composition SsSNP2006B_2369 963 Composition SsSNP2006B_466 964 Composition SsSNP2006B_2589 965 Composition SsSNP2006B_509 966 Composition SsSNP2006B_771 967 Composition SsSNP2006B_551 968 Composition SsSNP2006B_1846 969 Composition SsSNP2006B_1323 970 Composition SsSNP2006B_521 971 Composition SsSNP2006B_1742 972 Composition SsSNP2006B_2108 973 Composition SsSNP2006B_1929 974 Composition SsSNP2006B_1822 975 Composition SsSNP2006B_647 976 Composition SsSNP2006B_2071 977 Composition SsSNP2006B_338 978 Composition SsSNP2006B_513 979 Composition SsSNP2006B_1805 980 Composition SsSNP2006B_817 981 Composition SsSNP2006B_736 982 Composition SsSNP2006B_977 983 Composition SsSNP2006B_1988 984 Composition SsSNP2006B_1029 985 Composition SsSNP2006B_1798 986 Composition SsSNP2006B_2187 987 Composition SsSNP2006B_1728 988 Composition SsSNP2006B_48 989 Composition SsSNP2006B_943 990 Composition SsSNP2006B_1209 991 Composition SsSNP2006B_1477 992 Composition SsSNP2006B_1478 993 Composition SsSNP2006B_1414 994 Composition SsSNP2006B_1272 995 Composition SsSNP2006B_259 996 Composition SsSNP2006B_1180 997 Composition SsSNP2006B_1124 998 Composition SsSNP2006B_1163 999 Composition SsSNP2006B_577 1000 Composition SsSNP2006B_1355 1001 Composition SsSNP2006B_2013 1002 Composition SsSNP2006B_1848 1003 Composition SsSNP2006B_1360 1004 Composition SsSNP2006B_2431 1005 Composition SsSNP2006B_1004 1006 Composition SsSNP2006B_1223 1007 Composition SsSNP2006B_1224 1008 Composition SsSNP2006B_82 1009 Composition SsSNP2006B_2020 1010 Composition SsSNP2006B_1116 1011 Composition SsSNP2006B_1519 1012 Composition SsSNP2006B_1058 1013 Composition SsSNP2006B_361 1014 Composition SsSNP2006B_1886 1015 Composition SsSNP2006B_2514 1016 Composition SsSNP2006B_776 1017 Composition SsSNP2006B_2115 1018 Composition SsSNP2006B_2326 1019 Composition SsSNP2006B_869 1020 Composition SsSNP2006B_55 1021 Composition SsSNP2006B_1701 1022 Composition SsSNP2006B_250 1023 Composition SsSNP2006B_1130 1024 Composition SsSNP2006B_526 1025 Composition SsSNP2006B_184 1026 Composition SsSNP2006B_2243 1027 Composition SsSNP2006B_354 1028 Composition SsSNP2006B_2125 1029 Composition SsSNP2006B_1739 1030 Composition SsSNP2006B_2466 1031 Composition SsSNP2006B_2085 1032 Composition SsSNP2006B_1674 1033 Composition SsSNP2006B_593 1034 Composition SsSNP2006B_2171 1035 Composition SsSNP2006B_1516 1036 Composition SsSNP2006B_1049 1037 Composition SsSNP2006B_667 1038 Composition SsSNP2006B_2218 1039 Composition SsSNP2006B_486 1040 Composition SsSNP2006B_190 1041 Composition SsSNP2006B_1823 1042 Composition SsSNP2006B_679 1043 Composition SsSNP2006B_1391 1044 Composition SsSNP2006B_534 1045 Composition SsSNP2006B_995 1046 Composition SsSNP2006B_1128 1047 Composition SsSNP2006B_1679 1048 Composition SsSNP2006B_1455 1049 Composition SsSNP2006B_1022 1050 Composition SsSNP2006B_703 1051 Composition SsSNP2006B_601 1052 Composition SsSNP2006B_2538 1053 Composition SsSNP2006B_1215 1054 Composition SsSNP2006B_1033 1055 Composition SsSNP2006B_876 1056 Composition SsSNP2006B_1702 1057 Composition SsSNP2006B_99 1058 Composition SsSNP2006B_2446 1059 Composition SsSNP2006B_1970 1060 Composition SsSNP2006B_1807 1061 Composition SsSNP2006B_1553 1062 Composition SsSNP2006B_920 1063 Composition SsSNP2006B_1230 1064 Composition SsSNP2006B_1850 1065 Composition SsSNP2006B_2150 1066 Composition SsSNP2006B_845 1067 Composition SsSNP2006B_2436 1068 Composition SsSNP2006B_1078 1069 Composition SsSNP2006B_1139 1070 Composition SsSNP2006B_2079 1071 Composition SsSNP2006B_1539 1072 Composition SsSNP2006B_1540 1073 Composition SsSNP2006B_2343 1074 Composition SsSNP2006B_2445 1075 Composition SsSNP2006B_313 1076 Composition SsSNP2006B_1926 1077 Composition SsSNP2006B_1991 1078 Composition SsSNP2006B_796 1079 Composition SsSNP2006B_101 1080 Composition SsSNP2006B_838 1081 Composition SsSNP2006B_88 1082 Composition SsSNP2006B_1762 1083 Composition SsSNP2006B_2286 1084 Composition SsSNP2006B_165 1085 Composition SsSNP2006B_16 1086 Composition SsSNP2006B_645 1087 Composition SsSNP2006B_244 1088 Composition SsSNP2006B_1308 1089 Composition SsSNP2006B_380 1090 Composition SsSNP2006B_2336 1091 Composition SsSNP2006B_2420 1092 Composition SsSNP2006B_1808 1093 Composition SsSNP2006B_1409 1094 Composition SsSNP2006B_1469 1095 Composition SsSNP2006B_785 1096 Composition SsSNP2006B_1162 1097 Composition SsSNP2006B_2506 1098 Composition SsSNP2006B_1718 1099 Composition SsSNP2006B_2439 1100 Composition SsSNP2006B_652 1101 Composition SsSNP2006B_2043 1102 Composition SsSNP2006B_381 1103 Composition SsSNP2006B_612 1104 Composition SsSNP2006B_149 1105 Composition SsSNP2006B_266 1106 Composition SsSNP2006B_412 1107 Composition SsSNP2006B_157 1108 Composition SsSNP2006B_1425 1109 Composition SsSNP2006B_728 1110 Composition SsSNP2006B_1953 1111 Composition SsSNP2006B_1710 1112 Composition SsSNP2006B_765 1113 Composition SsSNP2006B_185 1114 Composition SsSNP2006B_2023 1115 Composition SsSNP2006B_968 1116 Composition SsSNP2006B_2155 1117 Composition SsSNP2006B_887 1118 Composition SsSNP2006B_1839 1119 Composition SsSNP2006B_2082 1120 Composition SsSNP2006B_622 1121 Composition SsSNP2006B_863 1122 Composition SsSNP2006B_1154 1123 Composition SsSNP2006B_1432 1124 Composition SsSNP2006B_1518 1125 Composition SsSNP2006B_2422 1126 Composition SsSNP2006B_1118 1127 Composition SsSNP2006B_1269 1128 Composition SsSNP2006B_1437 1129 Composition SsSNP2006B_224 1130 Composition SsSNP2006B_1012 1131 Composition SsSNP2006B_1578 1132 Composition SsSNP2006B_22 1133 Composition SsSNP2006B_119 1134 Composition SsSNP2006B_1709 1135 Composition SsSNP2006B_1932 1136 Composition SsSNP2006B_941 1137 Composition SsSNP2006B_1046 1138 Composition SsSNP2006B_880 1139 Composition SsSNP2006B_1565 1140 Composition SsSNP2006B_666 1141 Composition SsSNP2006B_2236 1142 Composition SsSNP2006B_778 1143 Composition SsSNP2006B_143 1144 Composition SsSNP2006B_1147 1145 Composition SsSNP2006B_479 1146 Composition SsSNP2006B_2490 1147 Composition SsSNP2006B_1075 1148 Composition SsSNP2006B_138 1149 Composition SsSNP2006B_530 1150 Composition SsSNP2006B_1786 1151 Composition SsSNP2006B_902 1152 Composition SsSNP2006B_170 1153 Composition SsSNP2006B_660 1154 Composition SsSNP2006B_272 1155 Composition SsSNP2006B_1700 1156 Composition SsSNP2006B_1914 1157 Composition SsSNP2006B_1379 1158 Composition SsSNP2006B_1632 1159 Composition SsSNP2006B_2519 1160 Composition SsSNP2006B_292 1161 Composition SsSNP2006B_252 1162 Composition SsSNP2006B_853 1163 Composition SsSNP2006B_2325 1164 Composition SsSNP2006B_103 1165 Composition SsSNP2006B_239 1166 Composition SsSNP2006B_240 1167 Composition SsSNP2006B_1393 1168 Composition SsSNP2006B_2601 1169 Composition SsSNP2006B_136 1170 Composition SsSNP2006B_137 1171 Composition SsSNP2006B_1423 1172 Composition SsSNP2006B_1763 1173 Composition SsSNP2006B_1589 1174 Composition SsSNP2006B_999 1175 Composition SsSNP2006B_1283 1176 Composition SsSNP2006B_829 1177 Composition SsSNP2006B_1225 1178 Composition SsSNP2006B_2438 1179 Composition SsSNP2006B_717 1180 Composition SsSNP2006B_1474 1181 Composition SsSNP2006B_2324 1182 Composition SsSNP2006B_294 1183 Composition SsSNP2006B_2131 1184 Composition SsSNP2006B_251 1185 Composition SsSNP2006B_1104 1186 Composition SsSNP2006B_2444 1187 Composition SsSNP2006B_644 1188 Composition SsSNP2006B_1428 1189 Composition SsSNP2006B_433 1190 Composition SsSNP2006B_1507 1191 Composition SsSNP2006B_1708 1192 Composition SsSNP2006B_2124 1193 Composition SsSNP2006B_1446 1194 Composition SsSNP2006B_2433 1195 Composition SsSNP2006B_2120 1196 Composition SsSNP2006B_10 1197 Composition SsSNP2006B_1111 1198 Composition SsSNP2006B_1471 1199 Composition SsSNP2006B_998 1200 Composition SsSNP2006B_707 1201 Composition SsSNP2006B_2040 1202 Composition SsSNP2006B_499 1203 Composition SsSNP2006B_2407 1204 Composition SsSNP2006B_929 1205 Composition SsSNP2006B_484 1206 Composition SsSNP2006B_781 1207 Composition SsSNP2006B_230 1208 Composition SsSNP2006B_2088 1209 Composition SsSNP2006B_2435 1210 Composition SsSNP2006B_724 1211 Composition SsSNP2006B_1877 1212 Composition SsSNP2006B_2189 1213 Composition SsSNP2006B_2573 1214 Composition SsSNP2006B_359 1215 Composition SsSNP2006B_2031 1216 Composition SsSNP2006B_1900 1217 Composition SsSNP2006B_1959 1218 Composition SsSNP2006B_1650 1219 Composition SsSNP2006B_2441 1220 Composition SsSNP2006B_1989 1221 Composition SsSNP2006B_2561 1222 Composition SsSNP2006B_987 1223 Composition SsSNP2006B_1168 1224 Composition SsSNP2006B_1456 1225 Composition SsSNP2006B_2523 1226 Composition SsSNP2006B_2104 1227 Composition SsSNP2006B_2524 1228 Composition SsSNP2006B_1250 1229 Composition SsSNP2006B_1487 1230 Composition SsSNP2006B_1658 1231 Composition SsSNP2006B_1153 1232 Composition SsSNP2006B_160 1233 Composition SsSNP2006B_2290 1234 Composition SsSNP2006B_1304 1235 Composition SsSNP2006B_2358 1236 Composition SsSNP2006B_2427 1237 Composition SsSNP2006B_447 1238 Composition SsSNP2006B_1917 1239 Composition SsSNP2006B_152 1240 Composition SsSNP2006B_1882 1241 Composition SsSNP2006B_2102 1242 Composition SsSNP2006B_2588 1243 Composition SsSNP2006B_596 1244 Composition SsSNP2006B_1289 1245 Composition SsSNP2006B_319 1246 Composition SsSNP2006B_1208 1247 Composition SsSNP2006B_191 1248 Composition SsSNP2006B_1735 1249 Composition SsSNP2006B_1736 1250 Composition SsSNP2006B_1790 1251 Composition SsSNP2006B_1668 1252 Composition SsSNP2006B_632 1253 Composition SsSNP2006B_1582 1254 Composition SsSNP2006B_1854 1255 Composition SsSNP2006B_468 1256 Composition SsSNP2006B_1688 1257 Composition SsSNP2006B_1125 1258 Composition SsSNP2006B_1918 1259 Composition SsSNP2006B_2475 1260 Composition SsSNP2006B_2304 1261 Composition SsSNP2006B_182 1262 Composition SsSNP2006B_1635 1263 Composition SsSNP2006B_321 1264 Composition SsSNP2006B_1184 1265 Composition SsSNP2006B_799 1266 Composition SsSNP2006B_2068 1267 Composition SsSNP2006B_318 1268 Composition SsSNP2006B_210 1269 Composition SsSNP2006B_2067 1270 Composition SsSNP2006B_309 1271 Composition SsSNP2006B_2531 1272 Composition SsSNP2006B_1493 1273 Composition SsSNP2006B_1910 1274 Composition SsSNP2006B_2316 1275 Composition SsSNP2006B_2443 1276 Composition SsSNP2006B_1194 1277 Composition SsSNP2006B_2212 1278 Composition SsSNP2006B_2207 1279 Composition SsSNP2006B_1868 1280 Composition SsSNP2006B_1401 1281 Composition SsSNP2006B_2136 1282 Composition SsSNP2006B_60 1283 Composition SsSNP2006B_792 1284 Composition SsSNP2006B_793 1285 Composition SsSNP2006B_2437 1286 Composition SsSNP2006B_1312 1287 Composition SsSNP2006B_1484 1288 Composition SsSNP2006B_2300 1289 Composition SsSNP2006B_1641 1290 Composition SsSNP2006B_713 1291 Composition SsSNP2006B_791 1292 Composition SsSNP2006B_299 1293 Composition SsSNP2006B_1021 1294 Composition SsSNP2006B_2034 1295 Composition SsSNP2006B_945 1296 Composition SsSNP2006B_2547 1297 Composition SsSNP2006B_851 1298 Composition SsSNP2006B_2403 1299 Composition SsSNP2006B_700 1300 Composition SsSNP2006B_939 1301 Composition SsSNP2006B_463 1302 Composition SsSNP2006B_865 1303 Composition SsSNP2006B_1123 1304 Composition SsSNP2006B_451 1305 Composition SsSNP2006B_985 1306 Composition SsSNP2006B_1903 1307 Composition SsSNP2006B_937 1308 Composition SsSNP2006B_1336 1309 Composition SsSNP2006B_493 1310 Composition SsSNP2006B_2562 1311 Composition SsSNP2006B_337 1312 Composition SsSNP2006B_2454 1313 Composition SsSNP2006B_1495 1314 Composition SsSNP2006B_922 1315 Composition SsSNP2006B_923 1316 Composition SsSNP2006B_2298 1317 Composition SsSNP2006B_207 1318 Composition SsSNP2006B_563 1319 Composition SsSNP2006B_1627 1320 Composition SsSNP2006B_1920 1321 Composition SsSNP2006B_2597 1322 Composition SsSNP2006B_1611 1323 Composition SsSNP2006B_1960 1324 Composition SsSNP2006B_1996 1325 Composition SsSNP2006B_623 1326 Composition SsSNP2006B_2255 1327 Composition SsSNP2006B_1697 1328 Composition SsSNP2006B_973 1329 Composition SsSNP2006B_2527 1330 Composition SsSNP2006B_1460 1331 Composition SsSNP2006B_831 1332 Composition SsSNP2006B_1381 1333 Composition SsSNP2006B_144 1334 Composition SsSNP2006B_616 1335 Composition SsSNP2006B_986 1336 Composition SsSNP2006B_1941 1337 Composition SsSNP2006B_2019 1338 Composition SsSNP2006B_2266 1339 Composition SsSNP2006B_306 1340 Composition SsSNP2006B_1293 1341 Composition SsSNP2006B_202 1342 Composition SsSNP2006B_591 1343 Composition SsSNP2006B_298 1344 Composition SsSNP2006B_1011 1345 Composition SsSNP2006B_834 1346 Composition SsSNP2006B_172 1347 Composition SsSNP2006B_1169 1348 Composition SsSNP2006B_2451 1349 Composition SsSNP2006B_258 1350 Composition SsSNP2006B_2440 1351 Composition SsSNP2006B_775 1352 Composition SsSNP2006B_1055 1353 Composition SsSNP2006B_1249 1354 Composition SsSNP2006B_1591 1355 Composition SsSNP2006B_1757 1356 Composition SsSNP2006B_2345 1357 Composition SsSNP2006B_1772 1358 Composition SsSNP2006B_587 1359 Composition SsSNP2006B_588 1360 Composition SsSNP2006B_803 1361 Composition SsSNP2006B_1346 1362 Composition SsSNP2006B_2382 1363 Composition SsSNP2006B_786 1364 Composition SsSNP2006B_1183 1365 Composition SsSNP2006B_889 1366 Composition SsSNP2006B_2184 1367 Composition SsSNP2006B_2153 1368 Composition SsSNP2006B_892 1369 Composition SsSNP2006B_2347 1370 Composition SsSNP2006B_2412 1371 Composition SsSNP2006B_1978 1372 Composition SsSNP2006B_2430 1373 Composition SsSNP2006B_1332 1374 Composition SsSNP2006B_367 1375 Composition SsSNP2006B_1324 1376 Composition SsSNP2006B_1548 1377 Composition SsSNP2006B_1171 1378 Composition SsSNP2006B_371 1379 Composition SsSNP2006B_1277 1380 Composition SsSNP2006B_104 1381 Composition SsSNP2006B_1605 1382 Composition SsSNP2006B_1072 1383 Composition SsSNP2006B_965 1384 Composition SsSNP2006B_1943 1385 Composition SsSNP2006B_110 1386 Composition SsSNP2006B_362 1387 Composition SsSNP2006B_1309 1388 Composition SsSNP2006B_1019 1389 Composition SsSNP2006B_1038 1390 Composition SsSNP2006B_866 1391 Composition SsSNP2006B_2066 1392 Composition SsSNP2006B_343 1393 Composition SsSNP2006B_1527 1394 Composition SsSNP2006B_297 1395 Composition SsSNP2006B_2528 1396 Composition SsSNP2006B_261 1397 Composition SsSNP2006B_2017 1398 Composition SsSNP2006B_215 1399 Composition SsSNP2006B_1274 1400 Composition SsSNP2006B_1751 1401 Composition SsSNP2006B_1316 1402 Composition SsSNP2006B_1800 1403 Composition SsSNP2006B_1008 1404 Composition SsSNP2006B_2035 1405 Composition SsSNP2006B_2169 1406 Composition SsSNP2006B_1573 1407 Composition SsSNP2006B_388 1408 Composition SsSNP2006B_1354 1409 Composition SsSNP2006B_241 1410 Composition SsSNP2006B_242 1411 Composition SsSNP2006B_386 1412 Composition SsSNP2006B_944 1413 Composition SsSNP2006B_2504 1414 Composition SsSNP2006B_2593 1415 Composition SsSNP2006B_1972 1416 Composition SsSNP2006B_1885 1417 Composition SsSNP2006B_811 1418 Composition SsSNP2006B_2317 1419 Composition SsSNP2006B_1950 1420 Composition SsSNP2006B_1597 1421 Composition SsSNP2006B_1117 1422 Composition SsSNP2006B_1940 1423 Composition SsSNP2006B_1053 1424 Composition SsSNP2006B_1061 1425 Composition SsSNP2006B_1321 1426 Composition SsSNP2006B_1746 1427 Composition SsSNP2006B_1816 1428 Composition SsSNP2006B_2246 1429 Composition SsSNP2006B_1629 1430 Composition SsSNP2006B_1102 1431 Composition SsSNP2006B_1291 1432 Composition SsSNP2006B_2110 1433 Composition SsSNP2006B_2399 1434 Composition SsSNP2006B_1402 1435 Composition SsSNP2006B_2114 1436 Composition SsSNP2006B_926 1437 Composition SsSNP2006B_2494 1438 Composition SsSNP2006B_1244 1439 Composition SsSNP2006B_2544 1440 Composition SsSNP2006B_467 1441 Composition SsSNP2006B_2585 1442 Composition SsSNP2006B_1433 1443 Composition SsSNP2006B_2488 1444 Composition SsSNP2006B_2230 1445 Composition SsSNP2006B_265 1446 Composition SsSNP2006B_107 1447 Composition SsSNP2006B_2263 1448 Composition SsSNP2006B_2329 1449 Composition SsSNP2006B_2360 1450 Composition SsSNP2006B_564 1451 Composition SsSNP2006B_1065 1452 Composition SsSNP2006B_1213 1453 Composition SsSNP2006B_1814 1454 Composition SsSNP2006B_483 1455 Composition SsSNP2006B_518 1456 Composition SsSNP2006B_78 1457 Composition SsSNP2006B_2209 1458 Composition SsSNP2006B_2086 1459 Composition SsSNP2006B_1593 1460 Composition SsSNP2006B_981 1461 Composition SsSNP2006B_988 1462 Composition SsSNP2006B_122 1463 Composition SsSNP2006B_2567 1464 Composition SsSNP2006B_1282 1465 Composition SsSNP2006B_2072 1466 Composition SsSNP2006B_2305 1467 Composition SsSNP2006B_310 1468 Composition SsSNP2006B_1074 1469 Composition SsSNP2006B_767 1470 Composition SsSNP2006B_1015 1471 Composition SsSNP2006B_1375 1472 Composition SsSNP2006B_794 1473 Composition SsSNP2006B_2256 1474 Composition SsSNP2006B_910 1475 Composition SsSNP2006B_1344 1476 Composition SsSNP2006B_1262 1477 Composition SsSNP2006B_575 1478 Composition SsSNP2006B_494 1479 Composition SsSNP2006B_2146 1480 Composition SsSNP2006B_565 1481 Composition SsSNP2006B_1656 1482 Composition SsSNP2006B_1173 1483 Composition SsSNP2006B_2197 1484 Composition SsSNP2006B_64 1485 Composition SsSNP2006B_942 1486 Composition SsSNP2006B_2168 1487 Composition SsSNP2006B_746 1488 Composition SsSNP2006B_1016 1489 Composition SsSNP2006B_1093 1490 Composition SsSNP2006B_1143 1491 Composition SsSNP2006B_72 1492 Composition SsSNP2006B_1345 1493 Composition SsSNP2006B_837 1494 Composition SsSNP2006B_80 1495 Composition SsSNP2006B_2390 1496 Composition SsSNP2006B_1558 1497 Composition SsSNP2006B_2464 1498 Composition SsSNP2006B_694 1499 Composition SsSNP2006B_952 1500 Composition SsSNP2006B_98 1501 Composition SsSNP2006B_527 1502 Composition SsSNP2006B_1570 1503 Composition SsSNP2006B_1720 1504 Composition SsSNP2006B_1003 1505 Composition SsSNP2006B_964 1506 Composition SsSNP2006B_2024 1507 Composition SsSNP2006B_2126 1508 Composition SsSNP2006B_903 1509 Composition SsSNP2006B_1756 1510 Composition SsSNP2006B_1838 1511 Composition SsSNP2006B_1136 1512 Composition SsSNP2006B_2339 1513 Composition SsSNP2006B_1685 1514 Composition SsSNP2006B_1649 1515 Composition SsSNP2006B_2410 1516 Composition SsSNP2006B_435 1517 Composition SsSNP2006B_2208 1518 Composition SsSNP2006B_127 1519 Composition SsSNP2006B_670 1520 Composition SsSNP2006B_145 1521 Composition SsSNP2006B_2574 1522 Composition SsSNP2006B_1152 1523 Composition SsSNP2006B_1236 1524 Composition SsSNP2006B_1287 1525 Composition SsSNP2006B_1876 1526 Composition SsSNP2006B_2059 1527 Composition SsSNP2006B_994 1528 Composition SsSNP2006B_2049 1529 Composition SsSNP2006B_2442 1530 Composition SsSNP2006B_1645 1531 Composition SsSNP2006B_2337 1532 Composition SsSNP2006B_255 1533 Composition SsSNP2006B_2303 1534 Composition SsSNP2006B_2318 1535 Composition SsSNP2006B_2518 1536 Composition SsSNP2006B_558 1537 Composition SsSNP2006B_283 1538 Composition SsSNP2006B_1845 1539 Composition SsSNP2006B_1774 1540 Composition SsSNP2006B_1200 1541 Composition SsSNP2006B_2480 1542 Composition SsSNP2006B_657 1543 Composition SsSNP2006B_2362 1544 Composition SsSNP2006B_503 1545 Composition SsSNP2006B_991 1546 Composition SsSNP2006B_1874 1547 Composition SsSNP2006B_812 1548 Composition SsSNP2006B_1608 1549 Composition SsSNP2006B_2046 1550 Composition SsSNP2006B_637 1551 Composition SsSNP2006B_714 1552 Composition SsSNP2006B_168 1553 Composition SsSNP2006B_167 1554 Composition SsSNP2006B_2333 1555 Composition SsSNP2006B_1159 1556 Composition SsSNP2006B_1166 1557 Composition SsSNP2006B_1675 1558 Composition SsSNP2006B_584 1559 Composition SsSNP2006B_938 1560 Composition SsSNP2006B_223 1561 Composition SsSNP2006B_2147 1562 Composition SsSNP2006B_1680 1563 Composition SsSNP2006B_1858 1564 Composition SsSNP2006B_698 1565 Composition SsSNP2006B_2022 1566 Composition SsSNP2006B_2173 1567 Composition SsSNP2006B_19 1568 Composition SsSNP2006B_61 1569 Composition SsSNP2006B_285 1570 Composition SsSNP2006B_1382 1571 Composition SsSNP2006B_1752 1572 Composition SsSNP2006B_1604 1573 Composition SsSNP2006B_2543 1574 Composition SsSNP2006B_31 1575 Composition SsSNP2006B_400 1576 Composition SsSNP2006B_401 1577 Composition SsSNP2006B_636 1578 Composition SsSNP2006B_628 1579 Composition SsSNP2006B_1844 1580 Composition SsSNP2006B_808 1581 Composition SsSNP2006B_809 1582 Composition SsSNP2006B_1241 1583 Composition SsSNP2006B_1267 1584 Composition SsSNP2006B_610 1585 Composition SsSNP2006B_769 1586 Composition SsSNP2006B_1302 1587 Composition SsSNP2006B_1190 1588 Composition SsSNP2006B_2313 1589 Composition SsSNP2006B_437 1590 Composition SsSNP2006B_1396 1591 Composition SsSNP2006B_1906 1592 Composition SsSNP2006B_718 1593 Composition SsSNP2006B_1 1594 Composition SsSNP2006B_2 1595 Composition SsSNP2006B_546 1596 Composition SsSNP2006B_2392 1597 Composition SsSNP2006B_1095 1598 Composition SsSNP2006B_2508 1599 Composition SsSNP2006B_1329 1600 Composition SsSNP2006B_2080 1601 Composition SsSNP2006B_1778 1602 Composition SsSNP2006B_621 1603 Composition SsSNP2006B_508 1604 Composition SsSNP2006B_118 1605 Composition SsSNP2006B_2583 1606 Composition SsSNP2006B_1411 1607 Composition SsSNP2006B_1412 1608 Composition SsSNP2006B_1621 1609 Composition SsSNP2006B_1705 1610 Composition SsSNP2006B_931 1611 Composition SsSNP2006B_2178 1612 Composition SsSNP2006B_1729 1613 Composition SsSNP2006B_1678 1614 Composition SsSNP2006B_1438 1615 Composition SsSNP2006B_316 1616 Composition SsSNP2006B_161 1617 Composition SsSNP2006B_806 1618 Composition SsSNP2006B_1509 1619 Composition SsSNP2006B_2582 1620 Composition SsSNP2006B_672 1621 Composition SsSNP2006B_2415 1622 Composition SsSNP2006B_1052 1623 Composition SsSNP2006B_1849 1624 Composition SsSNP2006B_2096 1625 Composition SsSNP2006B_5 1626 Composition SsSNP2006B_2314 1627 Composition SsSNP2006B_425 1628 Composition SsSNP2006B_345 1629 Composition SsSNP2006B_357 1630 Composition SsSNP2006B_1303 1631 Composition SsSNP2006B_599 1632 Composition SsSNP2006B_1056 1633 Composition SsSNP2006B_1388 1634 Composition SsSNP2006B_1541 1635 Composition SsSNP2006B_2371 1636 Composition SsSNP2006B_748 1637 Composition SsSNP2006B_1536 1638 Composition SsSNP2006B_1204 1639 Composition SsSNP2006B_1737 1640 Composition SsSNP2006B_352 1641 Composition SsSNP2006B_1218 1642 Composition SsSNP2006B_2577 1643 Composition SsSNP2006B_586 1644 Composition SsSNP2006B_1968 1645 Composition SsSNP2006B_2006 1646 Composition SsSNP2006B_1044 1647 Composition SsSNP2006B_1322 1648 Composition SsSNP2006B_789 1649 Composition SsSNP2006B_704 1650 Composition SsSNP2006B_1592 1651 Composition SsSNP2006B_1946 1652 Composition SsSNP2006B_1416 1653 Composition SsSNP2006B_2089 1654 Composition SsSNP2006B_1189 1655 Composition SsSNP2006B_918 1656 Composition SsSNP2006B_2472 1657 Composition SsSNP2006B_2473 1658 Composition SsSNP2006B_2194 1659 Composition SsSNP2006B_2546 1660 Composition SsSNP2006B_2182 1661 Composition SsSNP2006B_2098 1662 Composition SsSNP2006B_438 1663 Composition SsSNP2006B_1311 1664 Composition SsSNP2006B_405 1665 Composition SsSNP2006B_1288 1666 Composition SsSNP2006B_2596 1667 Composition SsSNP2006B_29 1668 Composition SsSNP2006B_764 1669 Composition SsSNP2006B_355 1670 Composition SsSNP2006B_300 1671 Composition SsSNP2006B_216 1672 Composition SsSNP2006B_814 1673 Composition SsSNP2006B_404 1674 Composition SsSNP2006B_2177 1675 Composition SsSNP2006B_2260 1676 Composition SsSNP2006B_85 1677 Composition SsSNP2006B_972 1678 Composition SsSNP2006B_624 1679 Composition SsSNP2006B_188 1680 Composition SsSNP2006B_2469 1681 Composition SsSNP2006B_279 1682 Composition SsSNP2006B_2252 1683 Composition SsSNP2006B_1405 1684 Composition SsSNP2006B_2484 1685 Composition SsSNP2006B_1353 1686 Composition SsSNP2006B_1413 1687 Composition SsSNP2006B_576 1688 Composition SsSNP2006B_1545 1689 Composition SsSNP2006B_1537 1690 Composition SsSNP2006B_544 1691 Composition SsSNP2006B_2311 1692 Composition SsSNP2006B_1210 1693 Composition SsSNP2006B_2041 1694 Composition SsSNP2006B_735 1695 Composition SsSNP2006B_2274 1696 Composition SsSNP2006B_1724 1697 Composition SsSNP2006B_1973 1698 Composition SsSNP2006B_1852 1699 Composition SsSNP2006B_520 1700 Composition SsSNP2006B_638 1701 Composition SsSNP2006B_900 1702 Composition SsSNP2006B_2070 1703 Composition SsSNP2006B_1639 1704 Composition SsSNP2006B_2463 1705 Composition SsSNP2006B_1363 1706 Composition SsSNP2006B_514 1707 Composition SsSNP2006B_2568 1708 Composition SsSNP2006B_12 1709 Composition SsSNP2006B_2042 1710 Composition SsSNP2006B_1254 1711 Composition SsSNP2006B_1799 1712 Composition SsSNP2006B_2350 1713 Composition SsSNP2006B_232 1714 Composition SsSNP2006B_407 1715 Composition SsSNP2006B_1534 1716 Composition SsSNP2006B_1343 1717 Composition SsSNP2006B_2421 1718 Composition SsSNP2006B_1515 1719 Composition SsSNP2006B_1810 1720 Composition SsSNP2006B_382 1721 Composition SsSNP2006B_570 1722 Composition SsSNP2006B_270 1723 Composition SsSNP2006B_1255 1724 Composition SsSNP2006B_872 1725 Composition SsSNP2006B_2026 1726 Composition SsSNP2006B_197 1727 Composition SsSNP2006B_529 1728 Composition SsSNP2006B_1598 1729 Composition SsSNP2006B_2219 1730 Composition SsSNP2006B_996 1731 Composition SsSNP2006B_1352 1732 Composition SsSNP2006B_246 1733 Composition SsSNP2006B_2275 1734 Composition SsSNP2006B_2276 1735 Composition SsSNP2006B_2139 1736 Composition SsSNP2006B_2027 1737 Composition SsSNP2006B_1158 1738 Composition SsSNP2006B_364 1739 Composition SsSNP2006B_1232 1740 Composition SsSNP2006B_1037 1741 Composition SsSNP2006B_2253 1742 Composition SsSNP2006B_2254 1743 Composition SsSNP2006B_1722 1744 Composition SsSNP2006B_2183 1745 Composition SsSNP2006B_187 1746 Composition SsSNP2006B_269 1747 Composition SsSNP2006B_1138 1748 Composition SsSNP2006B_173 1749 Composition SsSNP2006B_1299 1750 Composition SsSNP2006B_218 1751 Composition SsSNP2006B_1884 1752 Composition SsSNP2006B_2312 1753 Composition SsSNP2006B_1783 1754 Composition SsSNP2006B_308 1755 Composition SsSNP2006B_852 1756 Composition SsSNP2006B_1919 1757 Composition SsSNP2006B_1034 1758 Composition SsSNP2006B_1644 1759 Composition SsSNP2006B_2374 1760 Composition SsSNP2006B_1146 1761 Composition SsSNP2006B_84 1762 Composition SsSNP2006B_2250 1763 Composition SsSNP2006B_2133 1764 Composition SsSNP2006B_220 1765 Composition SsSNP2006B_409 1766 Composition SsSNP2006B_237 1767 Growth SsSNP2006B_365 1768 Growth SsSNP2006B_1841 1769 Growth SsSNP2006B_890 1770 Growth SsSNP2006B_120 1771 Growth SsSNP2006B_229 1772 Growth SsSNP2006B_87 1773 Growth SsSNP2006B_832 1774 Growth SsSNP2006B_1994 1775 Growth SsSNP2006B_96 1776 Growth SsSNP2006B_2414 1777 Growth SsSNP2006B_1257 1778 Growth SsSNP2006B_2476 1779 Growth SsSNP2006B_2413 1780 Growth SsSNP2006B_1419 1781 Growth SsSNP2006B_2491 1782 Growth SsSNP2006B_497 1783 Growth SsSNP2006B_1263 1784 Growth SsSNP2006B_2533 1785 Growth SsSNP2006B_194 1786 Growth SsSNP2006B_2226 1787 Growth SsSNP2006B_44 1788 Growth SsSNP2006B_1064 1789 Growth SsSNP2006B_1609 1790 Growth SsSNP2006B_1112 1791 Growth SsSNP2006B_1491 1792 Growth SsSNP2006B_1362 1793 Growth SsSNP2006B_885 1794 Growth SsSNP2006B_2542 1795 Growth SsSNP2006B_326 1796 Growth SsSNP2006B_327 1797 Growth SsSNP2006B_1872 1798 Growth SsSNP2006B_76 1799 Growth SsSNP2006B_1665 1800 Growth SsSNP2006B_2239 1801 Growth SsSNP2006B_722 1802 Growth SsSNP2006B_2145 1803 Growth SsSNP2006B_287 1804 Growth SsSNP2006B_406 1805 Growth SsSNP2006B_2045 1806 Growth SsSNP2006B_1794 1807 Growth SsSNP2006B_839 1808 Growth SsSNP2006B_2552 1809 Growth SsSNP2006B_36 1810 Growth SsSNP2006B_2344 1811 Growth SsSNP2006B_1466 1812 Growth SsSNP2006B_1237 1813 Growth SsSNP2006B_1238 1814 Growth SsSNP2006B_2522 1815 Growth SsSNP2006B_2248 1816 Growth SsSNP2006B_17 1817 Growth SsSNP2006B_1615 1818 Growth SsSNP2006B_828 1819 Growth SsSNP2006B_57 1820 Growth SsSNP2006B_970 1821 Growth SsSNP2006B_1228 1822 Growth SsSNP2006B_2387 1823 Growth SsSNP2006B_2361 1824 Growth SsSNP2006B_1924 1825 Growth SsSNP2006B_629 1826 Growth SsSNP2006B_1386 1827 Growth SsSNP2006B_1195 1828 Growth SsSNP2006B_882 1829 Growth SsSNP2006B_175 1830 Growth SsSNP2006B_2201 1831 Growth SsSNP2006B_2389 1832 Growth SsSNP2006B_708 1833 Growth SsSNP2006B_1603 1834 Growth SsSNP2006B_2281 1835 Growth SsSNP2006B_63 1836 Growth SsSNP2006B_2404 1837 Growth SsSNP2006B_2058 1838 Growth SsSNP2006B_158 1839 Growth SsSNP2006B_1348 1840 Growth SsSNP2006B_2287 1841 Growth SsSNP2006B_2566 1842 Growth SsSNP2006B_1826 1843 Growth SsSNP2006B_705 1844 Growth SsSNP2006B_827 1845 Growth SsSNP2006B_2214 1846 Growth SsSNP2006B_1374 1847 Growth SsSNP2006B_1187 1848 Growth SsSNP2006B_1410 1849 Growth SsSNP2006B_2012 1850 Growth SsSNP2006B_368 1851 Growth SsSNP2006B_2299 1852 Growth SsSNP2006B_485 1853 Growth SsSNP2006B_1599 1854 Growth SsSNP2006B_826 1855 Growth SsSNP2006B_855 1856 Growth SsSNP2006B_151 1857 Growth SsSNP2006B_500 1858 Growth SsSNP2006B_715 1859 Growth SsSNP2006B_862 1860 Growth SsSNP2006B_2331 1861 Growth SsSNP2006B_732 1862 Growth SsSNP2006B_1076 1863 Growth SsSNP2006B_2278 1864 Growth SsSNP2006B_2279 1865 Growth SsSNP2006B_1986 1866 Growth SsSNP2006B_2380 1867 Growth SsSNP2006B_1508 1868 Growth SsSNP2006B_1023 1869 Growth SsSNP2006B_1198 1870 Growth SsSNP2006B_2395 1871 Growth SsSNP2006B_1310 1872 Growth SsSNP2006B_2405 1873 Growth SsSNP2006B_542 1874 Growth SsSNP2006B_543 1875 Growth SsSNP2006B_155 1876 Growth SsSNP2006B_671 1877 Growth SsSNP2006B_690 1878 Growth SsSNP2006B_661 1879 Growth SsSNP2006B_1482 1880 Growth SsSNP2006B_2105 1881 Growth SsSNP2006B_2534 1882 Growth SsSNP2006B_314 1883 Growth SsSNP2006B_2061 1884 Growth SsSNP2006B_2366 1885 Growth SsSNP2006B_344 1886 Growth SsSNP2006B_302 1887 Growth SsSNP2006B_15 1888 Growth SsSNP2006B_688 1889 Growth SsSNP2006B_1796 1890 Growth SsSNP2006B_2377 1891 Growth SsSNP2006B_602 1892 Growth SsSNP2006B_2030 1893 Growth SsSNP2006B_1897 1894 Growth SsSNP2006B_770 1895 Growth SsSNP2006B_2249 1896 Growth SsSNP2006B_331 1897 Growth SsSNP2006B_2138 1898 Growth SsSNP2006B_1962 1899 Growth SsSNP2006B_399 1900 Growth SsSNP2006B_1349 1901 Growth SsSNP2006B_1319 1902 Growth SsSNP2006B_1320 1903 Growth SsSNP2006B_2270 1904 Growth SsSNP2006B_2323 1905 Growth SsSNP2006B_487 1906 Growth SsSNP2006B_1032 1907 Growth SsSNP2006B_1084 1908 Growth SsSNP2006B_1186 1909 Growth SsSNP2006B_1040 1910 Growth SsSNP2006B_1479 1911 Growth SsSNP2006B_38 1912 Growth SsSNP2006B_2044 1913 Growth SsSNP2006B_2186 1914 Growth SsSNP2006B_1657 1915 Growth SsSNP2006B_6 1916 Growth SsSNP2006B_40 1917 Growth SsSNP2006B_1103 1918 Growth SsSNP2006B_1560 1919 Growth SsSNP2006B_550 1920 Growth SsSNP2006B_687 1921 Growth SsSNP2006B_1066 1922 Growth SsSNP2006B_1429 1923 Growth SsSNP2006B_871 1924 Growth SsSNP2006B_179 1925 Growth SsSNP2006B_2161 1926 Growth SsSNP2006B_1909 1927 Growth SsSNP2006B_742 1928 Growth SsSNP2006B_1503 1929 Growth SsSNP2006B_1206 1930 Growth SsSNP2006B_1715 1931 Growth SsSNP2006B_1145 1932 Growth SsSNP2006B_560 1933 Growth SsSNP2006B_81 1934 Growth SsSNP2006B_1196 1935 Growth SsSNP2006B_2549 1936 Growth SsSNP2006B_1026 1937 Growth SsSNP2006B_2077 1938 Growth SsSNP2006B_1785 1939 Growth SsSNP2006B_774 1940 Growth SsSNP2006B_1587 1941 Growth SsSNP2006B_325 1942 Growth SsSNP2006B_1486 1943 Growth SsSNP2006B_815 1944 Growth SsSNP2006B_458 1945 Growth SsSNP2006B_360 1946 Growth SsSNP2006B_738 1947 Growth SsSNP2006B_1937 1948 Growth SsSNP2006B_2090 1949 Growth SsSNP2006B_974 1950 Growth SsSNP2006B_1767 1951 Growth SsSNP2006B_2296 1952 Growth SsSNP2006B_1802 1953 Growth SsSNP2006B_1764 1954 Growth SsSNP2006B_303 1955 Growth SsSNP2006B_895 1956 Growth SsSNP2006B_751 1957 Growth SsSNP2006B_45 1958 Growth SsSNP2006B_203 1959 Growth SsSNP2006B_2261 1960 Growth SsSNP2006B_696 1961 Growth SsSNP2006B_2486 1962 Growth SsSNP2006B_1625 1963 Growth SsSNP2006B_1692 1964 Growth SsSNP2006B_2556 1965 Growth SsSNP2006B_1018 1966 Growth SsSNP2006B_112 1967 Growth SsSNP2006B_712 1968 Growth SsSNP2006B_911 1969 Growth SsSNP2006B_2242 1970 Growth SsSNP2006B_860 1971 Growth SsSNP2006B_24 1972 Growth SsSNP2006B_35 1973 Growth SsSNP2006B_2557 1974 Growth SsSNP2006B_491 1975 Growth SsSNP2006B_2095 1976 Growth SsSNP2006B_2600 1977 Growth SsSNP2006B_1554 1978 Growth SsSNP2006B_1977 1979 Growth SsSNP2006B_2513 1980 Growth SsSNP2006B_2116 1981 Growth SsSNP2006B_2196 1982 Growth SsSNP2006B_935 1983 Growth SsSNP2006B_2388 1984 Growth SsSNP2006B_1014 1985 Growth SsSNP2006B_2037 1986 Growth SsSNP2006B_264 1987 Growth SsSNP2006B_962 1988 Growth SsSNP2006B_427 1989 Growth SsSNP2006B_2251 1990 Growth SsSNP2006B_2575 1991 Growth SsSNP2006B_43 1992 Growth SsSNP2006B_1337 1993 Growth SsSNP2006B_461 1994 Growth SsSNP2006B_356 1995 Growth SsSNP2006B_1990 1996 Growth SsSNP2006B_2267 1997 Growth SsSNP2006B_2418 1998 Growth SsSNP2006B_720 1999 Growth SsSNP2006B_1450 2000 Growth SsSNP2006B_719 2001 Growth SsSNP2006B_1418 2002 Growth SsSNP2006B_2144 2003 Growth SsSNP2006B_1185 2004 Growth SsSNP2006B_1564 2005 Growth SsSNP2006B_993 2006 Growth SsSNP2006B_1306 2007 Growth SsSNP2006B_2084 2008 Growth SsSNP2006B_249 2009 Growth SsSNP2006B_248 2010 Growth SsSNP2006B_2092 2011 Growth SsSNP2006B_2176 2012 Growth SsSNP2006B_1734 2013 Growth SsSNP2006B_695 2014 Growth SsSNP2006B_1696 2015 Growth SsSNP2006B_1047 2016 Growth SsSNP2006B_1859 2017 Growth SsSNP2006B_1551 2018 Growth SsSNP2006B_125 2019 Growth SsSNP2006B_126 2020 Growth SsSNP2006B_2356 2021 Growth SsSNP2006B_2099 2022 Growth SsSNP2006B_830 2023 Growth SsSNP2006B_1234 2024 Growth SsSNP2006B_2093 2025 Growth SsSNP2006B_755 2026 Growth SsSNP2006B_2238 2027 Growth SsSNP2006B_1443 2028 Growth SsSNP2006B_1588 2029 Growth SsSNP2006B_1045 2030 Growth SsSNP2006B_2000 2031 Growth SsSNP2006B_1165 2032 Growth SsSNP2006B_1586 2033 Growth SsSNP2006B_1010 2034 Growth SsSNP2006B_2100 2035 Growth SsSNP2006B_1278 2036 Growth SsSNP2006B_1441 2037 Growth SsSNP2006B_375 2038 Growth SsSNP2006B_473 2039 Growth SsSNP2006B_1268 2040 Growth SsSNP2006B_474 2041 Growth SsSNP2006B_1661 2042 Growth SsSNP2006B_1571 2043 Growth SsSNP2006B_1070 2044 Growth SsSNP2006B_50 2045 Growth SsSNP2006B_1532 2046 Growth SsSNP2006B_619 2047 Growth SsSNP2006B_976 2048 Growth SsSNP2006B_2025 2049 Growth SsSNP2006B_2537 2050 Growth SsSNP2006B_1784 2051 Growth SsSNP2006B_2271 2052 Growth SsSNP2006B_394 2053 Growth SsSNP2006B_1358 2054 Growth SsSNP2006B_2152 2055 Growth SsSNP2006B_226 2056 Growth SsSNP2006B_896 2057 Growth SsSNP2006B_1028 2058 Growth SsSNP2006B_65 2059 Growth SsSNP2006B_1834 2060 Growth SsSNP2006B_413 2061 Growth SsSNP2006B_779 2062 Growth SsSNP2006B_1634 2063 Growth SsSNP2006B_391 2064 Growth SsSNP2006B_2170 2065 Growth SsSNP2006B_1687 2066 Growth SsSNP2006B_893 2067 Growth SsSNP2006B_894 2068 Growth SsSNP2006B_2122 2069 Growth SsSNP2006B_478 2070 Growth SsSNP2006B_1983 2071 Growth SsSNP2006B_1439 2072 Growth SsSNP2006B_1296 2073 Growth SsSNP2006B_385 2074 Growth SsSNP2006B_2159 2075 Growth SsSNP2006B_2167 2076 Growth SsSNP2006B_1908 2077 Growth SsSNP2006B_1253 2078 Growth SsSNP2006B_2525 2079 Growth SsSNP2006B_741 2080 Growth SsSNP2006B_891 2081 Growth SsSNP2006B_1743 2082 Growth SsSNP2006B_1928 2083 Growth SsSNP2006B_2149 2084 Growth SsSNP2006B_7 2085 Growth SsSNP2006B_2357 2086 Growth SsSNP2006B_2320 2087 Growth SsSNP2006B_1878 2088 Growth SsSNP2006B_2492 2089 Growth SsSNP2006B_2140 2090 Growth SsSNP2006B_2245 2091 Growth SsSNP2006B_2111 2092 Growth SsSNP2006B_457 2093 Growth SsSNP2006B_1217 2094 Growth SsSNP2006B_1939 2095 Growth SsSNP2006B_436 2096 Growth SsSNP2006B_2205 2097 Growth SsSNP2006B_2206 2098 Growth SsSNP2006B_1954 2099 Growth SsSNP2006B_113 2100 Growth SsSNP2006B_1384 2101 Growth SsSNP2006B_947 2102 Growth SsSNP2006B_1276 2103 Growth SsSNP2006B_1572 2104 Growth SsSNP2006B_1333 2105 Growth SsSNP2006B_1569 2106 Growth SsSNP2006B_646 2107 Growth SsSNP2006B_1068 2108 Growth SsSNP2006B_1357 2109 Growth SsSNP2006B_1529 2110 Growth SsSNP2006B_8 2111 Growth SsSNP2006B_2517 2112 Growth SsSNP2006B_445 2113 Growth SsSNP2006B_1334 2114 Growth SsSNP2006B_2259 2115 Growth SsSNP2006B_1247 2116 Growth SsSNP2006B_1779 2117 Growth SsSNP2006B_2536 2118 Growth SsSNP2006B_141 2119 Growth SsSNP2006B_2462 2120 Growth SsSNP2006B_1744 2121 Growth SsSNP2006B_410 2122 Growth SsSNP2006B_878 2123 Growth SsSNP2006B_2057 2124 Growth SsSNP2006B_476 2125 Growth SsSNP2006B_699 2126 Growth SsSNP2006B_848 2127 Growth SsSNP2006B_428 2128 Growth SsSNP2006B_2449 2129 Growth SsSNP2006B_440 2130 Growth SsSNP2006B_2163 2131 Growth SsSNP2006B_49 2132 Growth SsSNP2006B_2211 2133 Growth SsSNP2006B_2595 2134 Growth SsSNP2006B_864 2135 Growth SsSNP2006B_1792 2136 Growth SsSNP2006B_1488 2137 Growth SsSNP2006B_1489 2138 Growth SsSNP2006B_1134 2139 Growth SsSNP2006B_1368 2140 Growth SsSNP2006B_870 2141 Growth SsSNP2006B_1985 2142 Growth SsSNP2006B_2397 2143 Growth SsSNP2006B_641 2144 Growth SsSNP2006B_1131 2145 Growth SsSNP2006B_234 2146 Growth SsSNP2006B_1730 2147 Growth SsSNP2006B_1871 2148 Growth SsSNP2006B_875 2149 Growth SsSNP2006B_677 2150 Growth SsSNP2006B_592 2151 Growth SsSNP2006B_1222 2152 Growth SsSNP2006B_1203 2153 Growth SsSNP2006B_446 2154 Growth SsSNP2006B_2143 2155 Growth SsSNP2006B_2010 2156 Growth SsSNP2006B_1024 2157 Growth SsSNP2006B_1659 2158 Growth SsSNP2006B_353 2159 Growth SsSNP2006B_606 2160 Growth SsSNP2006B_1606 2161 Growth SsSNP2006B_1122 2162 Growth SsSNP2006B_1221 2163 Growth SsSNP2006B_1584 2164 Growth SsSNP2006B_1406 2165 Growth SsSNP2006B_663 2166 Growth SsSNP2006B_664 2167 Growth SsSNP2006B_627 2168 Growth SsSNP2006B_686 2169 Growth SsSNP2006B_537 2170 Growth SsSNP2006B_1020 2171 Growth SsSNP2006B_2002 2172 Growth SsSNP2006B_1063 2173 Growth SsSNP2006B_464 2174 Growth SsSNP2006B_1704 2175 Growth SsSNP2006B_1513 2176 Growth SsSNP2006B_2483 2177 Growth SsSNP2006B_2008 2178 Growth SsSNP2006B_897 2179 Growth SsSNP2006B_810 2180 Growth SsSNP2006B_222 2181 Growth SsSNP2006B_561 2182 Growth SsSNP2006B_1576 2183 Growth SsSNP2006B_559 2184 Growth SsSNP2006B_418 2185 Growth SsSNP2006B_967 2186 Growth SsSNP2006B_1251 2187 Growth SsSNP2006B_2237 2188 Growth SsSNP2006B_1031 2189 Growth SsSNP2006B_1292 2190 Growth SsSNP2006B_2231 2191 Growth SsSNP2006B_335 2192 Growth SsSNP2006B_1239 2193 Growth SsSNP2006B_716 2194 Growth SsSNP2006B_1538 2195 Growth SsSNP2006B_37 2196 Growth SsSNP2006B_1817 2197 Growth SsSNP2006B_2465 2198 Growth SsSNP2006B_727 2199 Growth SsSNP2006B_1963 2200 Growth SsSNP2006B_41 2201 Growth SsSNP2006B_56 2202 Growth SsSNP2006B_2581 2203 Growth SsSNP2006B_1193 2204 Growth SsSNP2006B_1233 2205 Growth SsSNP2006B_1485 2206 Growth SsSNP2006B_2065 2207 Growth SsSNP2006B_1633 2208 Growth SsSNP2006B_1806 2209 Growth SsSNP2006B_378 2210 Growth SsSNP2006B_1205 2211 Growth SsSNP2006B_2576 2212 Growth SsSNP2006B_1144 2213 Growth SsSNP2006B_2258 2214 Growth SsSNP2006B_2064 2215 Growth SsSNP2006B_1226 2216 Growth SsSNP2006B_1945 2217 Growth SsSNP2006B_33 2218 Growth SsSNP2006B_1417 2219 Growth SsSNP2006B_1712 2220 Growth SsSNP2006B_2179 2221 Growth SsSNP2006B_282 2222 Growth SsSNP2006B_1043 2223 Growth SsSNP2006B_1847 2224 Growth SsSNP2006B_901 2225 Growth SsSNP2006B_914 2226 Growth SsSNP2006B_759 2227 Growth SsSNP2006B_1313 2228 Growth SsSNP2006B_849 2229 Growth SsSNP2006B_2283 2230 Growth SsSNP2006B_740 2231 Growth SsSNP2006B_2056 2232 Growth SsSNP2006B_1108 2233 Growth SsSNP2006B_134 2234 Growth SsSNP2006B_135 2235 Growth SsSNP2006B_2233 2236 Growth SsSNP2006B_590 2237 Growth SsSNP2006B_990 2238 Growth SsSNP2006B_1684 2239 Growth SsSNP2006B_128 2240 Growth SsSNP2006B_2241 2241 Growth SsSNP2006B_243 2242 Growth SsSNP2006B_379 2243 Growth SsSNP2006B_2195 2244 Growth SsSNP2006B_200 2245 Growth SsSNP2006B_816 2246 Growth SsSNP2006B_333 2247 Growth SsSNP2006B_2032 2248 Growth SsSNP2006B_933 2249 Growth SsSNP2006B_917 2250 Growth SsSNP2006B_124 2251 Growth SsSNP2006B_1069 2252 Growth SsSNP2006B_1472 2253 Growth SsSNP2006B_2341 2254 Growth SsSNP2006B_1636 2255 Growth SsSNP2006B_97 2256 Growth SsSNP2006B_2277 2257 Growth SsSNP2006B_1614 2258 Growth SsSNP2006B_114 2259 Growth SsSNP2006B_1526 2260 Growth SsSNP2006B_1567 2261 Growth SsSNP2006B_1938 2262 Growth SsSNP2006B_47 2263 Growth SsSNP2006B_1974 2264 Growth SsSNP2006B_983 2265 Growth SsSNP2006B_129 2266 Growth SsSNP2006B_1721 2267 Growth SsSNP2006B_2047 2268 Growth SsSNP2006B_1873 2269 Growth SsSNP2006B_2297 2270 Growth SsSNP2006B_1395 2271 Growth SsSNP2006B_2003 2272 Growth SsSNP2006B_1750 2273 Growth SsSNP2006B_1951 2274 Growth SsSNP2006B_1653 2275 Growth SsSNP2006B_821 2276 Growth SsSNP2006B_2545 2277 Growth SsSNP2006B_956 2278 Growth SsSNP2006B_1867 2279 Growth SsSNP2006B_1921 2280 Growth SsSNP2006B_1089 2281 Growth SsSNP2006B_1404 2282 Growth SsSNP2006B_772 2283 Growth SsSNP2006B_1915 2284 Growth SsSNP2006B_858 2285 Growth SsSNP2006B_2453 2286 Growth SsSNP2006B_1009 2287 Growth SsSNP2006B_1895 2288 Growth SsSNP2006B_363 2289 Growth SsSNP2006B_948 2290 Growth SsSNP2006B_2428 2291 Growth SsSNP2006B_1133 2292 Growth SsSNP2006B_133 2293 Growth SsSNP2006B_324 2294 Growth SsSNP2006B_1590 2295 Growth SsSNP2006B_1654 2296 Growth SsSNP2006B_1888 2297 Growth SsSNP2006B_1889 2298 Growth SsSNP2006B_2106 2299 Growth SsSNP2006B_1901 2300 Growth SsSNP2006B_640 2301 Growth SsSNP2006B_674 2302 Growth SsSNP2006B_2554 2303 Growth SsSNP2006B_760 2304 Growth SsSNP2006B_963 2305 Growth SsSNP2006B_1270 2306 Growth SsSNP2006B_217 2307 Growth SsSNP2006B_681 2308 Growth SsSNP2006B_2419 2309 Growth SsSNP2006B_390 2310 Growth SsSNP2006B_1667 2311 Growth SsSNP2006B_2512 2312 Growth SsSNP2006B_2372 2313 Growth SsSNP2006B_2036 2314 Growth SsSNP2006B_2503 2315 Growth SsSNP2006B_2078 2316 Growth SsSNP2006B_2368 2317 Growth SsSNP2006B_2369 2318 Growth SsSNP2006B_675 2319 Growth SsSNP2006B_689 2320 Growth SsSNP2006B_771 2321 Growth SsSNP2006B_551 2322 Growth SsSNP2006B_1822 2323 Growth SsSNP2006B_456 2324 Growth SsSNP2006B_2055 2325 Growth SsSNP2006B_2520 2326 Growth SsSNP2006B_338 2327 Growth SsSNP2006B_513 2328 Growth SsSNP2006B_150 2329 Growth SsSNP2006B_315 2330 Growth SsSNP2006B_1001 2331 Growth SsSNP2006B_1602 2332 Growth SsSNP2006B_1805 2333 Growth SsSNP2006B_951 2334 Growth SsSNP2006B_2112 2335 Growth SsSNP2006B_1768 2336 Growth SsSNP2006B_817 2337 Growth SsSNP2006B_736 2338 Growth SsSNP2006B_1642 2339 Growth SsSNP2006B_977 2340 Growth SsSNP2006B_1029 2341 Growth SsSNP2006B_1798 2342 Growth SsSNP2006B_1387 2343 Growth SsSNP2006B_1677 2344 Growth SsSNP2006B_1480 2345 Growth SsSNP2006B_1525 2346 Growth SsSNP2006B_943 2347 Growth SsSNP2006B_1207 2348 Growth SsSNP2006B_1477 2349 Growth SsSNP2006B_1478 2350 Growth SsSNP2006B_1414 2351 Growth SsSNP2006B_1124 2352 Growth SsSNP2006B_1581 2353 Growth SsSNP2006B_1454 2354 Growth SsSNP2006B_1297 2355 Growth SsSNP2006B_2020 2356 Growth SsSNP2006B_1116 2357 Growth SsSNP2006B_1519 2358 Growth SsSNP2006B_553 2359 Growth SsSNP2006B_776 2360 Growth SsSNP2006B_1512 2361 Growth SsSNP2006B_2326 2362 Growth SsSNP2006B_1701 2363 Growth SsSNP2006B_250 2364 Growth SsSNP2006B_2243 2365 Growth SsSNP2006B_1739 2366 Growth SsSNP2006B_2466 2367 Growth SsSNP2006B_2171 2368 Growth SsSNP2006B_429 2369 Growth SsSNP2006B_667 2370 Growth SsSNP2006B_2218 2371 Growth SsSNP2006B_225 2372 Growth SsSNP2006B_486 2373 Growth SsSNP2006B_190 2374 Growth SsSNP2006B_1823 2375 Growth SsSNP2006B_679 2376 Growth SsSNP2006B_1391 2377 Growth SsSNP2006B_534 2378 Growth SsSNP2006B_1128 2379 Growth SsSNP2006B_1679 2380 Growth SsSNP2006B_1455 2381 Growth SsSNP2006B_2301 2382 Growth SsSNP2006B_2306 2383 Growth SsSNP2006B_1022 2384 Growth SsSNP2006B_1494 2385 Growth SsSNP2006B_601 2386 Growth SsSNP2006B_1595 2387 Growth SsSNP2006B_99 2388 Growth SsSNP2006B_2446 2389 Growth SsSNP2006B_1970 2390 Growth 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Reproduction SsSNP2006B_1650 3402 Reproduction SsSNP2006B_1531 3403 Reproduction SsSNP2006B_1989 3404 Reproduction SsSNP2006B_2107 3405 Reproduction SsSNP2006B_1456 3406 Reproduction SsSNP2006B_403 3407 Reproduction SsSNP2006B_121 3408 Reproduction SsSNP2006B_204 3409 Reproduction SsSNP2006B_312 3410 Reproduction SsSNP2006B_2523 3411 Reproduction SsSNP2006B_766 3412 Reproduction SsSNP2006B_1698 3413 Reproduction SsSNP2006B_1607 3414 Reproduction SsSNP2006B_2104 3415 Reproduction SsSNP2006B_2094 3416 Reproduction SsSNP2006B_756 3417 Reproduction SsSNP2006B_191 3418 Reproduction SsSNP2006B_1735 3419 Reproduction SsSNP2006B_1736 3420 Reproduction SsSNP2006B_393 3421 Reproduction SsSNP2006B_2213 3422 Reproduction SsSNP2006B_1955 3423 Reproduction SsSNP2006B_959 3424 Reproduction SsSNP2006B_1918 3425 Reproduction SsSNP2006B_2475 3426 Reproduction SsSNP2006B_2304 3427 Reproduction SsSNP2006B_182 3428 Reproduction SsSNP2006B_1635 3429 Reproduction SsSNP2006B_1681 3430 Reproduction 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SsSNP2006B_419 3608 Reproduction SsSNP2006B_19 3609 Reproduction SsSNP2006B_61 3610 Reproduction SsSNP2006B_285 3611 Reproduction SsSNP2006B_1382 3612 Reproduction SsSNP2006B_1604 3613 Reproduction SsSNP2006B_400 3614 Reproduction SsSNP2006B_401 3615 Reproduction SsSNP2006B_1982 3616 Reproduction SsSNP2006B_1057 3617 Reproduction SsSNP2006B_769 3618 Reproduction SsSNP2006B_2313 3619 Reproduction SsSNP2006B_925 3620 Reproduction SsSNP2006B_1212 3621 Reproduction SsSNP2006B_1778 3622 Reproduction SsSNP2006B_1543 3623 Reproduction SsSNP2006B_2284 3624 Reproduction SsSNP2006B_290 3625 Reproduction SsSNP2006B_59 3626 Reproduction SsSNP2006B_1412 3627 Reproduction SsSNP2006B_1341 3628 Reproduction SsSNP2006B_1621 3629 Reproduction SsSNP2006B_1438 3630 Reproduction SsSNP2006B_1264 3631 Reproduction SsSNP2006B_1509 3632 Reproduction SsSNP2006B_2314 3633 Reproduction SsSNP2006B_20 3634 Reproduction SsSNP2006B_455 3635 Reproduction SsSNP2006B_1137 3636 Reproduction SsSNP2006B_2371 3637 Reproduction SsSNP2006B_1204 3638 Reproduction SsSNP2006B_1737 3639 Reproduction SsSNP2006B_1827 3640 Reproduction SsSNP2006B_1828 3641 Reproduction SsSNP2006B_1766 3642 Reproduction SsSNP2006B_488 3643 Reproduction SsSNP2006B_2373 3644 Reproduction SsSNP2006B_586 3645 Reproduction SsSNP2006B_1189 3646 Reproduction SsSNP2006B_1201 3647 Reproduction SsSNP2006B_1231 3648 Reproduction SsSNP2006B_2472 3649 Reproduction SsSNP2006B_2473 3650 Reproduction SsSNP2006B_2288 3651 Reproduction SsSNP2006B_702 3652 Reproduction SsSNP2006B_1510 3653 Reproduction SsSNP2006B_396 3654 Reproduction SsSNP2006B_372 3655 Reproduction SsSNP2006B_192 3656 Reproduction SsSNP2006B_624 3657 Reproduction SsSNP2006B_1405 3658 Reproduction SsSNP2006B_1537 3659 Reproduction SsSNP2006B_374 3660 Reproduction SsSNP2006B_544 3661 Reproduction SsSNP2006B_183 3662 Reproduction SsSNP2006B_1724 3663 Reproduction SsSNP2006B_2199 3664 Reproduction SsSNP2006B_416 3665 Reproduction SsSNP2006B_899 3666 Reproduction SsSNP2006B_2273 3667 Reproduction SsSNP2006B_439 3668 Reproduction SsSNP2006B_2532 3669 Reproduction SsSNP2006B_42 3670 Reproduction SsSNP2006B_520 3671 Reproduction SsSNP2006B_638 3672 Reproduction SsSNP2006B_900 3673 Reproduction SsSNP2006B_1115 3674 Reproduction SsSNP2006B_2070 3675 Reproduction SsSNP2006B_1639 3676 Reproduction SsSNP2006B_658 3677 Reproduction SsSNP2006B_989 3678 Reproduction SsSNP2006B_2075 3679 Reproduction SsSNP2006B_1747 3680 Reproduction SsSNP2006B_1799 3681 Reproduction SsSNP2006B_506 3682 Reproduction SsSNP2006B_1081 3683 Reproduction SsSNP2006B_1552 3684 Reproduction SsSNP2006B_1780 3685 Reproduction SsSNP2006B_1810 3686 Reproduction SsSNP2006B_570 3687 Reproduction SsSNP2006B_1936 3688 Reproduction SsSNP2006B_197 3689 Reproduction SsSNP2006B_1598 3690 Reproduction SsSNP2006B_1671 3691 Reproduction SsSNP2006B_1672 3692 Reproduction SsSNP2006B_1787 3693 Reproduction SsSNP2006B_996 3694 Reproduction SsSNP2006B_1248 3695 Reproduction SsSNP2006B_246 3696 Reproduction SsSNP2006B_2276 3697 Reproduction SsSNP2006B_1158 3698 Reproduction SsSNP2006B_1232 3699 Reproduction SsSNP2006B_1722 3700 Reproduction SsSNP2006B_557 3701 Reproduction SsSNP2006B_187 3702 Reproduction SsSNP2006B_2132 3703 Reproduction SsSNP2006B_1884 3704 Reproduction SsSNP2006B_1783 3705 Reproduction SsSNP2006B_308 3706 Reproduction SsSNP2006B_1919 3707 Reproduction SsSNP2006B_1644 3708 Reproduction SsSNP2006B_2374 3709 Reproduction SsSNP2006B_780 3710 Reproduction SsSNP2006B_1803 3711 Reproduction SsSNP2006B_2481 3712 Reproduction SsSNP2006B_2461 3713 Reproduction SsSNP2006B_2485 3714 Reproduction SsSNP2006B_1245 3715 Reproduction SsSNP2006B_2250 3716 Reproduction SsSNP2006B_2133 3717 Reproduction SsSNP2006B_220 3718 Reproduction SsSNP2006B_409

TABLE 2 SEQ ID NO SNP ID NO. SNP POSITION SNP ALLELE 1 SNP ALLELE 2 SEQ ID NO: 1 SsSNP2006B_1 121 A G SEQ ID NO: 2 SsSNP2006B_2 99 A C SEQ ID NO: 3 SsSNP2006B_3 121 A C SEQ ID NO: 4 SsSNP2006B_4 121 A G SEQ ID NO: 5 SsSNP2006B_5 121 A G SEQ ID NO: 6 SsSNP2006B_6 121 A G SEQ ID NO: 7 SsSNP2006B_7 121 A G SEQ ID NO: 8 SsSNP2006B_8 121 A T SEQ ID NO: 9 SsSNP2006B_9 121 A G SEQ ID NO: 10 SsSNP2006B_10 121 A G SEQ ID NO: 11 SsSNP2006B_11 121 A G SEQ ID NO: 12 SsSNP2006B_12 121 A G SEQ ID NO: 13 SsSNP2006B_13 121 A G SEQ ID NO: 14 SsSNP2006B_14 121 A G SEQ ID NO: 15 SsSNP2006B_15 121 A T SEQ ID NO: 16 SsSNP2006B_16 121 A C SEQ ID NO: 17 SsSNP2006B_17 121 A G SEQ ID NO: 18 SsSNP2006B_18 121 A C SEQ ID NO: 19 SsSNP2006B_19 121 A G SEQ ID NO: 20 SsSNP2006B_20 121 A G SEQ ID NO: 21 SsSNP2006B_21 121 A G SEQ ID NO: 22 SsSNP2006B_22 121 A T SEQ ID NO: 23 SsSNP2006B_23 121 A G SEQ ID NO: 24 SsSNP2006B_24 121 A G SEQ ID NO: 25 SsSNP2006B_25 121 A T SEQ ID NO: 26 SsSNP2006B_26 121 A G SEQ ID NO: 27 SsSNP2006B_27 121 A G SEQ ID NO: 28 SsSNP2006B_28 121 A G SEQ ID NO: 29 SsSNP2006B_29 121 A G SEQ ID NO: 30 SsSNP2006B_30 121 A G SEQ ID NO: 31 SsSNP2006B_31 121 A T SEQ ID NO: 32 SsSNP2006B_32 121 A G SEQ ID NO: 33 SsSNP2006B_33 121 A G SEQ ID NO: 34 SsSNP2006B_34 121 A G SEQ ID NO: 35 SsSNP2006B_35 121 A C SEQ ID NO: 36 SsSNP2006B_36 121 A T SEQ ID NO: 37 SsSNP2006B_37 121 A G SEQ ID NO: 38 SsSNP2006B_38 121 A G SEQ ID NO: 39 SsSNP2006B_39 121 A T SEQ ID NO: 40 SsSNP2006B_40 121 A G SEQ ID NO: 41 SsSNP2006B_41 121 A G SEQ ID NO: 42 SsSNP2006B_42 121 A G SEQ ID NO: 43 SsSNP2006B_43 121 A T SEQ ID NO: 44 SsSNP2006B_44 121 A C SEQ ID NO: 45 SsSNP2006B_45 121 A G SEQ ID NO: 46 SsSNP2006B_46 121 A G SEQ ID NO: 47 SsSNP2006B_47 121 A C SEQ ID NO: 48 SsSNP2006B_48 121 A G SEQ ID NO: 49 SsSNP2006B_49 121 A G SEQ ID NO: 50 SsSNP2006B_50 121 A G SEQ ID NO: 51 SsSNP2006B_51 121 A G SEQ ID NO: 52 SsSNP2006B_52 121 A G SEQ ID NO: 53 SsSNP2006B_53 121 A G SEQ ID NO: 54 SsSNP2006B_54 121 A C SEQ ID NO: 55 SsSNP2006B_55 121 A G SEQ ID NO: 56 SsSNP2006B_56 121 A G SEQ ID NO: 57 SsSNP2006B_57 121 A C SEQ ID NO: 58 SsSNP2006B_58 121 A T SEQ ID NO: 59 SsSNP2006B_59 121 A G SEQ ID NO: 60 SsSNP2006B_60 121 A G SEQ ID NO: 61 SsSNP2006B_61 121 A G SEQ ID NO: 62 SsSNP2006B_62 121 A C SEQ ID NO: 63 SsSNP2006B_63 121 A G SEQ ID NO: 64 SsSNP2006B_64 121 A G SEQ ID NO: 65 SsSNP2006B_65 121 A G SEQ ID NO: 66 SsSNP2006B_66 121 A G SEQ ID NO: 67 SsSNP2006B_67 121 A G SEQ ID NO: 68 SsSNP2006B_68 121 A G SEQ ID NO: 69 SsSNP2006B_69 121 A G SEQ ID NO: 70 SsSNP2006B_70 121 A G SEQ ID NO: 71 SsSNP2006B_71 121 A C SEQ ID NO: 72 SsSNP2006B_72 121 A G SEQ ID NO: 73 SsSNP2006B_73 121 A G SEQ ID NO: 74 SsSNP2006B_74 121 A G SEQ ID NO: 75 SsSNP2006B_75 121 C G SEQ ID NO: 76 SsSNP2006B_76 121 A G SEQ ID NO: 77 SsSNP2006B_77 121 A G SEQ ID NO: 78 SsSNP2006B_78 121 A G SEQ ID NO: 79 SsSNP2006B_79 121 A C SEQ ID NO: 80 SsSNP2006B_80 121 A G SEQ ID NO: 81 SsSNP2006B_81 121 A G SEQ ID NO: 82 SsSNP2006B_82 121 A G SEQ ID NO: 83 SsSNP2006B_83 121 A G SEQ ID NO: 84 SsSNP2006B_84 121 C G SEQ ID NO: 85 SsSNP2006B_85 121 A G SEQ ID NO: 86 SsSNP2006B_86 121 A G SEQ ID NO: 87 SsSNP2006B_87 121 A C SEQ ID NO: 88 SsSNP2006B_88 121 A G SEQ ID NO: 89 SsSNP2006B_89 121 A G SEQ ID NO: 90 SsSNP2006B_90 121 A G SEQ ID NO: 91 SsSNP2006B_91 121 A G SEQ ID NO: 92 SsSNP2006B_92 121 C G SEQ ID NO: 93 SsSNP2006B_93 121 A G SEQ ID NO: 94 SsSNP2006B_94 106 A G SEQ ID NO: 95 SsSNP2006B_95 121 C G SEQ ID NO: 96 SsSNP2006B_96 121 A G SEQ ID NO: 97 SsSNP2006B_97 121 A G SEQ ID NO: 98 SsSNP2006B_98 121 A G SEQ ID NO: 99 SsSNP2006B_99 121 A G SEQ ID NO: 100 SsSNP2006B_100 121 A G SEQ ID NO: 101 SsSNP2006B_101 121 A G SEQ ID NO: 102 SsSNP2006B_102 121 A G SEQ ID NO: 103 SsSNP2006B_103 121 A G SEQ ID NO: 104 SsSNP2006B_104 121 A G SEQ ID NO: 105 SsSNP2006B_105 121 A G SEQ ID NO: 106 SsSNP2006B_106 121 A G SEQ ID NO: 107 SsSNP2006B_107 121 A G SEQ ID NO: 108 SsSNP2006B_108 121 A G SEQ ID NO: 109 SsSNP2006B_109 121 A G SEQ ID NO: 110 SsSNP2006B_110 121 A G SEQ ID NO: 111 SsSNP2006B_111 42 A C SEQ ID NO: 112 SsSNP2006B_112 121 A G SEQ ID NO: 113 SsSNP2006B_113 121 A G SEQ ID NO: 114 SsSNP2006B_114 121 A G SEQ ID NO: 115 SsSNP2006B_115 121 A G SEQ ID NO: 116 SsSNP2006B_116 121 A G SEQ ID NO: 117 SsSNP2006B_117 121 A G SEQ ID NO: 118 SsSNP2006B_118 121 A G SEQ ID NO: 119 SsSNP2006B_119 121 A T SEQ ID NO: 120 SsSNP2006B_120 121 A G SEQ ID NO: 121 SsSNP2006B_121 121 A G SEQ ID NO: 122 SsSNP2006B_122 121 A G SEQ ID NO: 123 SsSNP2006B_123 121 A G SEQ ID NO: 124 SsSNP2006B_124 121 A C SEQ ID NO: 125 SsSNP2006B_125 121 A G SEQ ID NO: 126 SsSNP2006B_126 121 A T SEQ ID NO: 127 SsSNP2006B_127 121 A G SEQ ID NO: 128 SsSNP2006B_128 121 A G SEQ ID NO: 129 SsSNP2006B_129 121 A C SEQ ID NO: 130 SsSNP2006B_130 121 A G SEQ ID NO: 131 SsSNP2006B_131 121 A G SEQ ID NO: 132 SsSNP2006B_132 121 A G SEQ ID NO: 133 SsSNP2006B_133 121 A T SEQ ID NO: 134 SsSNP2006B_134 121 C G SEQ ID NO: 135 SsSNP2006B_135 121 A G SEQ ID NO: 136 SsSNP2006B_136 121 A G SEQ ID NO: 137 SsSNP2006B_137 121 A G SEQ ID NO: 138 SsSNP2006B_138 121 A G SEQ ID NO: 139 SsSNP2006B_139 121 A G SEQ ID NO: 140 SsSNP2006B_140 121 C G SEQ ID NO: 141 SsSNP2006B_141 121 A C SEQ ID NO: 142 SsSNP2006B_142 121 A G SEQ ID NO: 143 SsSNP2006B_143 121 A T SEQ ID NO: 144 SsSNP2006B_144 121 A G SEQ ID NO: 145 SsSNP2006B_145 121 C G SEQ ID NO: 146 SsSNP2006B_146 121 A G SEQ ID NO: 147 SsSNP2006B_147 121 A G SEQ ID NO: 148 SsSNP2006B_148 121 A G SEQ ID NO: 149 SsSNP2006B_149 121 A G SEQ ID NO: 150 SsSNP2006B_150 121 A G SEQ ID NO: 151 SsSNP2006B_151 121 A G SEQ ID NO: 152 SsSNP2006B_152 121 A G SEQ ID NO: 153 SsSNP2006B_153 121 A G SEQ ID NO: 154 SsSNP2006B_154 121 A T SEQ ID NO: 155 SsSNP2006B_155 121 A G SEQ ID NO: 156 SsSNP2006B_156 121 A C SEQ ID NO: 157 SsSNP2006B_157 121 A C SEQ ID NO: 158 SsSNP2006B_158 121 A G SEQ ID NO: 159 SsSNP2006B_159 121 A G SEQ ID NO: 160 SsSNP2006B_160 121 A G SEQ ID NO: 161 SsSNP2006B_161 121 A G SEQ ID NO: 162 SsSNP2006B_162 121 A G SEQ ID NO: 163 SsSNP2006B_163 121 A G SEQ ID NO: 164 SsSNP2006B_164 121 A C SEQ ID NO: 165 SsSNP2006B_165 121 A T SEQ ID NO: 166 SsSNP2006B_166 121 A C SEQ ID NO: 167 SsSNP2006B_167 121 A G SEQ ID NO: 168 SsSNP2006B_168 121 A C SEQ ID NO: 169 SsSNP2006B_169 121 A G SEQ ID NO: 170 SsSNP2006B_170 121 A G SEQ ID NO: 171 SsSNP2006B_171 121 A G SEQ ID NO: 172 SsSNP2006B_172 121 A G SEQ ID NO: 173 SsSNP2006B_173 121 A G SEQ ID NO: 174 SsSNP2006B_174 121 A G SEQ ID NO: 175 SsSNP2006B_175 121 A G SEQ ID NO: 176 SsSNP2006B_176 121 A G SEQ ID NO: 177 SsSNP2006B_177 121 C G SEQ ID NO: 178 SsSNP2006B_178 121 A G SEQ ID NO: 179 SsSNP2006B_179 121 A C SEQ ID NO: 180 SsSNP2006B_180 121 A G SEQ ID NO: 181 SsSNP2006B_181 121 A C SEQ ID NO: 182 SsSNP2006B_182 121 A G SEQ ID NO: 183 SsSNP2006B_183 121 A C SEQ ID NO: 184 SsSNP2006B_184 121 A G SEQ ID NO: 185 SsSNP2006B_185 121 A G SEQ ID NO: 186 SsSNP2006B_186 121 A G SEQ ID NO: 187 SsSNP2006B_187 121 A G SEQ ID NO: 188 SsSNP2006B_188 121 A G SEQ ID NO: 189 SsSNP2006B_189 121 A G SEQ ID NO: 190 SsSNP2006B_190 121 A G SEQ ID NO: 191 SsSNP2006B_191 121 A G SEQ ID NO: 192 SsSNP2006B_192 121 A C SEQ ID NO: 193 SsSNP2006B_193 121 A G SEQ ID NO: 194 SsSNP2006B_194 121 A G SEQ ID NO: 195 SsSNP2006B_195 121 A G SEQ ID NO: 196 SsSNP2006B_196 121 A G SEQ ID NO: 197 SsSNP2006B_197 121 A G SEQ ID NO: 198 SsSNP2006B_198 121 A G SEQ ID NO: 199 SsSNP2006B_199 121 A T SEQ ID NO: 200 SsSNP2006B_200 121 A G SEQ ID NO: 201 SsSNP2006B_201 121 A G SEQ ID NO: 202 SsSNP2006B_202 121 A T SEQ ID NO: 203 SsSNP2006B_203 121 A T SEQ ID NO: 204 SsSNP2006B_204 102 A G SEQ ID NO: 205 SsSNP2006B_205 121 A G SEQ ID NO: 206 SsSNP2006B_206 121 A G SEQ ID NO: 207 SsSNP2006B_207 121 A G SEQ ID NO: 208 SsSNP2006B_208 121 A G SEQ ID NO: 209 SsSNP2006B_209 121 A C SEQ ID NO: 210 SsSNP2006B_210 121 A G SEQ ID NO: 211 SsSNP2006B_211 121 A G SEQ ID NO: 212 SsSNP2006B_212 121 A G SEQ ID NO: 213 SsSNP2006B_213 121 A G SEQ ID NO: 214 SsSNP2006B_214 121 A G SEQ ID NO: 215 SsSNP2006B_215 121 A G SEQ ID NO: 216 SsSNP2006B_216 121 A G SEQ ID NO: 217 SsSNP2006B_217 121 A C SEQ ID NO: 218 SsSNP2006B_218 121 C G SEQ ID NO: 219 SsSNP2006B_219 121 A G SEQ ID NO: 220 SsSNP2006B_220 121 A G SEQ ID NO: 221 SsSNP2006B_221 121 A G SEQ ID NO: 222 SsSNP2006B_222 121 A C SEQ ID NO: 223 SsSNP2006B_223 121 A G SEQ ID NO: 224 SsSNP2006B_224 121 A G SEQ ID NO: 225 SsSNP2006B_225 121 C G SEQ ID NO: 226 SsSNP2006B_226 121 A G SEQ ID NO: 227 SsSNP2006B_227 121 A T SEQ ID NO: 228 SsSNP2006B_228 121 A G SEQ ID NO: 229 SsSNP2006B_229 121 A G SEQ ID NO: 230 SsSNP2006B_230 121 A C SEQ ID NO: 231 SsSNP2006B_231 121 A G SEQ ID NO: 232 SsSNP2006B_232 121 A G SEQ ID NO: 233 SsSNP2006B_233 121 A G SEQ ID NO: 234 SsSNP2006B_234 121 A T SEQ ID NO: 235 SsSNP2006B_235 121 A G SEQ ID NO: 236 SsSNP2006B_236 121 A G SEQ ID NO: 237 SsSNP2006B_237 121 A G SEQ ID NO: 238 SsSNP2006B_238 121 A G SEQ ID NO: 239 SsSNP2006B_239 102 A G SEQ ID NO: 240 SsSNP2006B_240 121 C G SEQ ID NO: 241 SsSNP2006B_241 121 A G SEQ ID NO: 242 SsSNP2006B_242 121 A G SEQ ID NO: 243 SsSNP2006B_243 121 A G SEQ ID NO: 244 SsSNP2006B_244 121 A G SEQ ID NO: 245 SsSNP2006B_245 121 A G SEQ ID NO: 246 SsSNP2006B_246 121 A G SEQ ID NO: 247 SsSNP2006B_247 121 A G SEQ ID NO: 248 SsSNP2006B_248 121 A G SEQ ID NO: 249 SsSNP2006B_249 121 A G SEQ ID NO: 250 SsSNP2006B_250 121 A G SEQ ID NO: 251 SsSNP2006B_251 121 C G SEQ ID NO: 252 SsSNP2006B_252 121 A G SEQ ID NO: 253 SsSNP2006B_253 121 A C SEQ ID NO: 254 SsSNP2006B_254 121 A C SEQ ID NO: 255 SsSNP2006B_255 121 A G SEQ ID NO: 256 SsSNP2006B_256 121 A G SEQ ID NO: 257 SsSNP2006B_257 121 A G SEQ ID NO: 258 SsSNP2006B_258 121 C G SEQ ID NO: 259 SsSNP2006B_259 121 A C SEQ ID NO: 260 SsSNP2006B_260 121 A G SEQ ID NO: 261 SsSNP2006B_261 121 A G SEQ ID NO: 262 SsSNP2006B_262 121 A G SEQ ID NO: 263 SsSNP2006B_263 121 A T SEQ ID NO: 264 SsSNP2006B_264 121 A G SEQ ID NO: 265 SsSNP2006B_265 121 A G SEQ ID NO: 266 SsSNP2006B_266 121 A G SEQ ID NO: 267 SsSNP2006B_267 121 A G SEQ ID NO: 268 SsSNP2006B_268 121 A G SEQ ID NO: 269 SsSNP2006B_269 121 A G SEQ ID NO: 270 SsSNP2006B_270 121 A C SEQ ID NO: 271 SsSNP2006B_271 121 A G SEQ ID NO: 272 SsSNP2006B_272 121 A G SEQ ID NO: 273 SsSNP2006B_273 121 A G SEQ ID NO: 274 SsSNP2006B_274 121 A G SEQ ID NO: 275 SsSNP2006B_275 121 A G SEQ ID NO: 276 SsSNP2006B_276 121 A G SEQ ID NO: 277 SsSNP2006B_277 121 A G SEQ ID NO: 278 SsSNP2006B_278 121 A G SEQ ID NO: 279 SsSNP2006B_279 121 A T SEQ ID NO: 280 SsSNP2006B_280 121 A G SEQ ID NO: 281 SsSNP2006B_281 121 A C SEQ ID NO: 282 SsSNP2006B_282 121 A G SEQ ID NO: 283 SsSNP2006B_283 121 A G SEQ ID NO: 284 SsSNP2006B_284 121 A C SEQ ID NO: 285 SsSNP2006B_285 121 A G SEQ ID NO: 286 SsSNP2006B_286 121 A G SEQ ID NO: 287 SsSNP2006B_287 121 A T SEQ ID NO: 288 SsSNP2006B_288 121 A G SEQ ID NO: 289 SsSNP2006B_289 121 A G SEQ ID NO: 290 SsSNP2006B_290 121 A G SEQ ID NO: 291 SsSNP2006B_291 121 A G SEQ ID NO: 292 SsSNP2006B_292 121 A G SEQ ID NO: 293 SsSNP2006B_293 121 C G SEQ ID NO: 294 SsSNP2006B_294 121 A T SEQ ID NO: 295 SsSNP2006B_295 121 A G SEQ ID NO: 296 SsSNP2006B_296 121 A C SEQ ID NO: 297 SsSNP2006B_297 121 A G SEQ ID NO: 298 SsSNP2006B_298 121 A G SEQ ID NO: 299 SsSNP2006B_299 121 A G SEQ ID NO: 300 SsSNP2006B_300 121 A G SEQ ID NO: 301 SsSNP2006B_301 121 A T SEQ ID NO: 302 SsSNP2006B_302 121 A G SEQ ID NO: 303 SsSNP2006B_303 121 A G SEQ ID NO: 304 SsSNP2006B_304 121 A G SEQ ID NO: 305 SsSNP2006B_305 121 A C SEQ ID NO: 306 SsSNP2006B_306 121 A T SEQ ID NO: 307 SsSNP2006B_307 121 A G SEQ ID NO: 308 SsSNP2006B_308 121 A G SEQ ID NO: 309 SsSNP2006B_309 121 A G SEQ ID NO: 310 SsSNP2006B_310 121 A G SEQ ID NO: 311 SsSNP2006B_311 121 A G SEQ ID NO: 312 SsSNP2006B_312 121 A C SEQ ID NO: 313 SsSNP2006B_313 121 A G SEQ ID NO: 314 SsSNP2006B_314 121 A G SEQ ID NO: 315 SsSNP2006B_315 121 A C SEQ ID NO: 316 SsSNP2006B_316 121 C G SEQ ID NO: 317 SsSNP2006B_317 121 A G SEQ ID NO: 318 SsSNP2006B_318 121 A C SEQ ID NO: 319 SsSNP2006B_319 121 A C SEQ ID NO: 320 SsSNP2006B_320 121 A G SEQ ID NO: 321 SsSNP2006B_321 121 A G SEQ ID NO: 322 SsSNP2006B_322 121 A C SEQ ID NO: 323 SsSNP2006B_323 121 A G SEQ ID NO: 324 SsSNP2006B_324 121 A G SEQ ID NO: 325 SsSNP2006B_325 121 A G SEQ ID NO: 326 SsSNP2006B_326 121 A G SEQ ID NO: 327 SsSNP2006B_327 121 A G SEQ ID NO: 328 SsSNP2006B_328 121 A C SEQ ID NO: 329 SsSNP2006B_329 121 C G SEQ ID NO: 330 SsSNP2006B_330 121 A G SEQ ID NO: 331 SsSNP2006B_331 121 A G SEQ ID NO: 332 SsSNP2006B_332 121 A G SEQ ID NO: 333 SsSNP2006B_333 121 A G SEQ ID NO: 334 SsSNP2006B_334 121 A G SEQ ID NO: 335 SsSNP2006B_335 121 C G SEQ ID NO: 336 SsSNP2006B_336 121 A G SEQ ID NO: 337 SsSNP2006B_337 121 A G SEQ ID NO: 338 SsSNP2006B_338 121 A C SEQ ID NO: 339 SsSNP2006B_339 121 A G SEQ ID NO: 340 SsSNP2006B_340 121 A C SEQ ID NO: 341 SsSNP2006B_341 121 A G SEQ ID NO: 342 SsSNP2006B_342 121 A G SEQ ID NO: 343 SsSNP2006B_343 121 A G SEQ ID NO: 344 SsSNP2006B_344 121 A G SEQ ID NO: 345 SsSNP2006B_345 121 A G SEQ ID NO: 346 SsSNP2006B_346 121 A G SEQ ID NO: 347 SsSNP2006B_347 121 A G SEQ ID NO: 348 SsSNP2006B_348 121 A C SEQ ID NO: 349 SsSNP2006B_349 121 A G SEQ ID NO: 350 SsSNP2006B_350 121 A G SEQ ID NO: 351 SsSNP2006B_351 121 A G SEQ ID NO: 352 SsSNP2006B_352 121 A G SEQ ID NO: 353 SsSNP2006B_353 121 A G SEQ ID NO: 354 SsSNP2006B_354 121 A G SEQ ID NO: 355 SsSNP2006B_355 121 C G SEQ ID NO: 356 SsSNP2006B_356 121 A G SEQ ID NO: 357 SsSNP2006B_357 121 A C SEQ ID NO: 358 SsSNP2006B_358 121 A C SEQ ID NO: 359 SsSNP2006B_359 121 A G SEQ ID NO: 360 SsSNP2006B_360 121 A G SEQ ID NO: 361 SsSNP2006B_361 121 A G SEQ ID NO: 362 SsSNP2006B_362 121 A G SEQ ID NO: 363 SsSNP2006B_363 121 C G SEQ ID NO: 364 SsSNP2006B_364 121 A C SEQ ID NO: 365 SsSNP2006B_365 121 A G SEQ ID NO: 366 SsSNP2006B_366 121 A G SEQ ID NO: 367 SsSNP2006B_367 121 A G SEQ ID NO: 368 SsSNP2006B_368 121 A G SEQ ID NO: 369 SsSNP2006B_369 121 A G SEQ ID NO: 370 SsSNP2006B_370 121 C G SEQ ID NO: 371 SsSNP2006B_371 121 A G SEQ ID NO: 372 SsSNP2006B_372 121 A G SEQ ID NO: 373 SsSNP2006B_373 121 A G SEQ ID NO: 374 SsSNP2006B_374 121 A G SEQ ID NO: 375 SsSNP2006B_375 121 A G SEQ ID NO: 376 SsSNP2006B_376 121 A G SEQ ID NO: 377 SsSNP2006B_377 121 A G SEQ ID NO: 378 SsSNP2006B_378 121 A G SEQ ID NO: 379 SsSNP2006B_379 121 A G SEQ ID NO: 380 SsSNP2006B_380 121 C G SEQ ID NO: 381 SsSNP2006B_381 121 A G SEQ ID NO: 382 SsSNP2006B_382 121 A G SEQ ID NO: 383 SsSNP2006B_383 110 A C SEQ ID NO: 384 SsSNP2006B_384 121 A G SEQ ID NO: 385 SsSNP2006B_385 121 A G SEQ ID NO: 386 SsSNP2006B_386 121 A C SEQ ID NO: 387 SsSNP2006B_387 121 A G SEQ ID NO: 388 SsSNP2006B_388 121 A G SEQ ID NO: 389 SsSNP2006B_389 121 A G SEQ ID NO: 390 SsSNP2006B_390 121 A G SEQ ID NO: 391 SsSNP2006B_391 121 A C SEQ ID NO: 392 SsSNP2006B_392 121 A G SEQ ID NO: 393 SsSNP2006B_393 121 A G SEQ ID NO: 394 SsSNP2006B_394 121 A G SEQ ID NO: 395 SsSNP2006B_395 121 A G SEQ ID NO: 396 SsSNP2006B_396 121 A C SEQ ID NO: 397 SsSNP2006B_397 121 A G SEQ ID NO: 398 SsSNP2006B_398 121 C G SEQ ID NO: 399 SsSNP2006B_399 121 A G SEQ ID NO: 400 SsSNP2006B_400 121 A C SEQ ID NO: 401 SsSNP2006B_401 121 A G SEQ ID NO: 402 SsSNP2006B_402 121 A T SEQ ID NO: 403 SsSNP2006B_403 121 A G SEQ ID NO: 404 SsSNP2006B_404 121 A G SEQ ID NO: 405 SsSNP2006B_405 121 A G SEQ ID NO: 406 SsSNP2006B_406 121 A G SEQ ID NO: 407 SsSNP2006B_407 121 A G SEQ ID NO: 408 SsSNP2006B_408 121 A C SEQ ID NO: 409 SsSNP2006B_409 121 A G SEQ ID NO: 410 SsSNP2006B_410 121 A G SEQ ID NO: 411 SsSNP2006B_411 121 A G SEQ ID NO: 412 SsSNP2006B_412 121 A G SEQ ID NO: 413 SsSNP2006B_413 121 C G SEQ ID NO: 414 SsSNP2006B_414 121 A G SEQ ID NO: 415 SsSNP2006B_415 121 A T SEQ ID NO: 416 SsSNP2006B_416 121 A C SEQ ID NO: 417 SsSNP2006B_417 121 A G SEQ ID NO: 418 SsSNP2006B_418 121 A G SEQ ID NO: 419 SsSNP2006B_419 121 A G SEQ ID NO: 420 SsSNP2006B_420 121 A G SEQ ID NO: 421 SsSNP2006B_421 121 A G SEQ ID NO: 422 SsSNP2006B_422 121 A G SEQ ID NO: 423 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SsSNP2006B_1895 121 A C SEQ ID NO: 1896 SsSNP2006B_1896 121 A G SEQ ID NO: 1897 SsSNP2006B_1897 121 A G SEQ ID NO: 1898 SsSNP2006B_1898 121 A G SEQ ID NO: 1899 SsSNP2006B_1899 121 C G SEQ ID NO: 1900 SsSNP2006B_1900 121 A C SEQ ID NO: 1901 SsSNP2006B_1901 121 A G SEQ ID NO: 1902 SsSNP2006B_1902 121 A G SEQ ID NO: 1903 SsSNP2006B_1903 121 A G SEQ ID NO: 1904 SsSNP2006B_1904 121 A G SEQ ID NO: 1905 SsSNP2006B_1905 121 A T SEQ ID NO: 1906 SsSNP2006B_1906 121 A G SEQ ID NO: 1907 SsSNP2006B_1907 121 A G SEQ ID NO: 1908 SsSNP2006B_1908 121 A G SEQ ID NO: 1909 SsSNP2006B_1909 121 A G SEQ ID NO: 1910 SsSNP2006B_1910 121 A C SEQ ID NO: 1911 SsSNP2006B_1911 121 A G SEQ ID NO: 1912 SsSNP2006B_1912 121 A G SEQ ID NO: 1913 SsSNP2006B_1913 121 A G SEQ ID NO: 1914 SsSNP2006B_1914 121 A C SEQ ID NO: 1915 SsSNP2006B_1915 121 C G SEQ ID NO: 1916 SsSNP2006B_1916 121 A C SEQ ID NO: 1917 SsSNP2006B_1917 121 A T SEQ ID NO: 1918 SsSNP2006B_1918 121 A G SEQ ID NO: 1919 SsSNP2006B_1919 121 A C SEQ ID NO: 1920 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SsSNP2006B_1970 121 A T SEQ ID NO: 1971 SsSNP2006B_1971 121 C G SEQ ID NO: 1972 SsSNP2006B_1972 121 A G SEQ ID NO: 1973 SsSNP2006B_1973 121 A T SEQ ID NO: 1974 SsSNP2006B_1974 121 C G SEQ ID NO: 1975 SsSNP2006B_1975 121 A G SEQ ID NO: 1976 SsSNP2006B_1976 121 A C SEQ ID NO: 1977 SsSNP2006B_1977 121 C G SEQ ID NO: 1978 SsSNP2006B_1978 121 A G SEQ ID NO: 1979 SsSNP2006B_1979 121 A T SEQ ID NO: 1980 SsSNP2006B_1980 121 A G SEQ ID NO: 1981 SsSNP2006B_1981 121 A G SEQ ID NO: 1982 SsSNP2006B_1982 121 A G SEQ ID NO: 1983 SsSNP2006B_1983 121 A G SEQ ID NO: 1984 SsSNP2006B_1984 121 C G SEQ ID NO: 1985 SsSNP2006B_1985 121 A G SEQ ID NO: 1986 SsSNP2006B_1986 121 A T SEQ ID NO: 1987 SsSNP2006B_1987 121 A G SEQ ID NO: 1988 SsSNP2006B_1988 121 A G SEQ ID NO: 1989 SsSNP2006B_1989 121 A G SEQ ID NO: 1990 SsSNP2006B_1990 121 A G SEQ ID NO: 1991 SsSNP2006B_1991 121 A G SEQ ID NO: 1992 SsSNP2006B_1992 121 A G SEQ ID NO: 1993 SsSNP2006B_1993 121 C G SEQ ID NO: 1994 SsSNP2006B_1994 121 A G SEQ ID NO: 1995 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SsSNP2006B_2395 121 A G SEQ ID NO: 2396 SsSNP2006B_2396 121 A G SEQ ID NO: 2397 SsSNP2006B_2397 121 A G SEQ ID NO: 2398 SsSNP2006B_2398 121 A G SEQ ID NO: 2399 SsSNP2006B_2399 121 A G SEQ ID NO: 2400 SsSNP2006B_2400 121 A T SEQ ID NO: 2401 SsSNP2006B_2401 121 A G SEQ ID NO: 2402 SsSNP2006B_2402 121 A G SEQ ID NO: 2403 SsSNP2006B_2403 121 A G SEQ ID NO: 2404 SsSNP2006B_2404 121 A C SEQ ID NO: 2405 SsSNP2006B_2405 121 A G SEQ ID NO: 2406 SsSNP2006B_2406 121 A C SEQ ID NO: 2407 SsSNP2006B_2407 121 A G SEQ ID NO: 2408 SsSNP2006B_2408 121 C G SEQ ID NO: 2409 SsSNP2006B_2409 121 A C SEQ ID NO: 2410 SsSNP2006B_2410 121 A G SEQ ID NO: 2411 SsSNP2006B_2411 121 A G SEQ ID NO: 2412 SsSNP2006B_2412 121 A G SEQ ID NO: 2413 SsSNP2006B_2413 121 A G SEQ ID NO: 2414 SsSNP2006B_2414 121 A G SEQ ID NO: 2415 SsSNP2006B_2415 121 A C SEQ ID NO: 2416 SsSNP2006B_2416 121 A G SEQ ID NO: 2417 SsSNP2006B_2417 121 A G SEQ ID NO: 2418 SsSNP2006B_2418 121 A G SEQ ID NO: 2419 SsSNP2006B_2419 121 A G SEQ ID NO: 2420 SsSNP2006B_2420 121 C G SEQ ID NO: 2421 SsSNP2006B_2421 121 A T SEQ ID NO: 2422 SsSNP2006B_2422 121 A G SEQ ID NO: 2423 SsSNP2006B_2423 121 C G SEQ ID NO: 2424 SsSNP2006B_2424 121 A T SEQ ID NO: 2425 SsSNP2006B_2425 121 A G SEQ ID NO: 2426 SsSNP2006B_2426 121 A G SEQ ID NO: 2427 SsSNP2006B_2427 121 A G SEQ ID NO: 2428 SsSNP2006B_2428 121 A G SEQ ID NO: 2429 SsSNP2006B_2429 121 A G SEQ ID NO: 2430 SsSNP2006B_2430 121 A G SEQ ID NO: 2431 SsSNP2006B_2431 121 A G SEQ ID NO: 2432 SsSNP2006B_2432 121 A C SEQ ID NO: 2433 SsSNP2006B_2433 121 A G SEQ ID NO: 2434 SsSNP2006B_2434 121 A G SEQ ID NO: 2435 SsSNP2006B_2435 121 A G SEQ ID NO: 2436 SsSNP2006B_2436 121 A G SEQ ID NO: 2437 SsSNP2006B_2437 121 A C SEQ ID NO: 2438 SsSNP2006B_2438 121 A G SEQ ID NO: 2439 SsSNP2006B_2439 121 A G SEQ ID NO: 2440 SsSNP2006B_2440 121 A G SEQ ID NO: 2441 SsSNP2006B_2441 121 A G SEQ ID NO: 2442 SsSNP2006B_2442 121 A T SEQ ID NO: 2443 SsSNP2006B_2443 121 A C SEQ ID NO: 2444 SsSNP2006B_2444 121 A C SEQ ID NO: 2445 SsSNP2006B_2445 121 A G SEQ ID NO: 2446 SsSNP2006B_2446 121 A G SEQ ID NO: 2447 SsSNP2006B_2447 121 A C SEQ ID NO: 2448 SsSNP2006B_2448 121 A G SEQ ID NO: 2449 SsSNP2006B_2449 121 A G SEQ ID NO: 2450 SsSNP2006B_2450 121 A G SEQ ID NO: 2451 SsSNP2006B_2451 121 A G SEQ ID NO: 2452 SsSNP2006B_2452 121 C G SEQ ID NO: 2453 SsSNP2006B_2453 121 A G SEQ ID NO: 2454 SsSNP2006B_2454 121 A G SEQ ID NO: 2455 SsSNP2006B_2455 121 A C SEQ ID NO: 2456 SsSNP2006B_2456 121 A C SEQ ID NO: 2457 SsSNP2006B_2457 121 A G SEQ ID NO: 2458 SsSNP2006B_2458 121 A G SEQ ID NO: 2459 SsSNP2006B_2459 121 A G SEQ ID NO: 2460 SsSNP2006B_2460 121 A C SEQ ID NO: 2461 SsSNP2006B_2461 121 A G SEQ ID NO: 2462 SsSNP2006B_2462 121 A G SEQ ID NO: 2463 SsSNP2006B_2463 121 A T SEQ ID NO: 2464 SsSNP2006B_2464 121 A G SEQ ID NO: 2465 SsSNP2006B_2465 121 A C SEQ ID NO: 2466 SsSNP2006B_2466 121 A G SEQ ID NO: 2467 SsSNP2006B_2467 121 A G SEQ ID NO: 2468 SsSNP2006B_2468 121 A G SEQ ID NO: 2469 SsSNP2006B_2469 121 A G SEQ ID NO: 2470 SsSNP2006B_2470 121 A G SEQ ID NO: 2471 SsSNP2006B_2471 121 C G SEQ ID NO: 2472 SsSNP2006B_2472 121 A C SEQ ID NO: 2473 SsSNP2006B_2473 121 A G SEQ ID NO: 2474 SsSNP2006B_2474 121 A G SEQ ID NO: 2475 SsSNP2006B_2475 121 A G SEQ ID NO: 2476 SsSNP2006B_2476 121 A G SEQ ID NO: 2477 SsSNP2006B_2477 121 A G SEQ ID NO: 2478 SsSNP2006B_2478 121 A G SEQ ID NO: 2479 SsSNP2006B_2479 121 A T SEQ ID NO: 2480 SsSNP2006B_2480 121 A G SEQ ID NO: 2481 SsSNP2006B_2481 121 A G SEQ ID NO: 2482 SsSNP2006B_2482 121 A G SEQ ID NO: 2483 SsSNP2006B_2483 121 A G SEQ ID NO: 2484 SsSNP2006B_2484 121 A G SEQ ID NO: 2485 SsSNP2006B_2485 121 A G SEQ ID NO: 2486 SsSNP2006B_2486 121 A G SEQ ID NO: 2487 SsSNP2006B_2487 121 A G SEQ ID NO: 2488 SsSNP2006B_2488 121 A G SEQ ID NO: 2489 SsSNP2006B_2489 121 A T SEQ ID NO: 2490 SsSNP2006B_2490 121 A G SEQ ID NO: 2491 SsSNP2006B_2491 121 A G SEQ ID NO: 2492 SsSNP2006B_2492 121 A T SEQ ID NO: 2493 SsSNP2006B_2493 121 A G SEQ ID NO: 2494 SsSNP2006B_2494 121 A G SEQ ID NO: 2495 SsSNP2006B_2495 121 A G SEQ ID NO: 2496 SsSNP2006B_2496 121 A G SEQ ID NO: 2497 SsSNP2006B_2497 121 A G SEQ ID NO: 2498 SsSNP2006B_2498 121 A G SEQ ID NO: 2499 SsSNP2006B_2499 121 A G SEQ ID NO: 2500 SsSNP2006B_2500 121 A G SEQ ID NO: 2501 SsSNP2006B_2501 121 A G SEQ ID NO: 2502 SsSNP2006B_2502 121 A G SEQ ID NO: 2503 SsSNP2006B_2503 121 A G SEQ ID NO: 2504 SsSNP2006B_2504 121 A G SEQ ID NO: 2505 SsSNP2006B_2505 122 A G SEQ ID NO: 2506 SsSNP2006B_2506 121 A G SEQ ID NO: 2507 SsSNP2006B_2507 121 A G SEQ ID NO: 2508 SsSNP2006B_2508 121 A G SEQ ID NO: 2509 SsSNP2006B_2509 121 A G SEQ ID NO: 2510 SsSNP2006B_2510 121 A G SEQ ID NO: 2511 SsSNP2006B_2511 121 A G SEQ ID NO: 2512 SsSNP2006B_2512 121 A G SEQ ID NO: 2513 SsSNP2006B_2513 121 A C SEQ ID NO: 2514 SsSNP2006B_2514 121 A G SEQ ID NO: 2515 SsSNP2006B_2515 121 A C SEQ ID NO: 2516 SsSNP2006B_2516 121 A C SEQ ID NO: 2517 SsSNP2006B_2517 121 A G SEQ ID NO: 2518 SsSNP2006B_2518 121 A G SEQ ID NO: 2519 SsSNP2006B_2519 121 A G SEQ ID NO: 2520 SsSNP2006B_2520 121 A G SEQ ID NO: 2521 SsSNP2006B_2521 121 A G SEQ ID NO: 2522 SsSNP2006B_2522 121 A G SEQ ID NO: 2523 SsSNP2006B_2523 121 A G SEQ ID NO: 2524 SsSNP2006B_2524 121 A G SEQ ID NO: 2525 SsSNP2006B_2525 121 A C SEQ ID NO: 2526 SsSNP2006B_2526 121 A C SEQ ID NO: 2527 SsSNP2006B_2527 121 A C SEQ ID NO: 2528 SsSNP2006B_2528 121 A C SEQ ID NO: 2529 SsSNP2006B_2529 121 A G SEQ ID NO: 2530 SsSNP2006B_2530 121 A G SEQ ID NO: 2531 SsSNP2006B_2531 121 A G SEQ ID NO: 2532 SsSNP2006B_2532 121 A G SEQ ID NO: 2533 SsSNP2006B_2533 121 A G SEQ ID NO: 2534 SsSNP2006B_2534 121 C G SEQ ID NO: 2535 SsSNP2006B_2535 121 A G SEQ ID NO: 2536 SsSNP2006B_2536 121 A G SEQ ID NO: 2537 SsSNP2006B_2537 121 A C SEQ ID NO: 2538 SsSNP2006B_2538 121 A C SEQ ID NO: 2539 SsSNP2006B_2539 121 A T SEQ ID NO: 2540 SsSNP2006B_2540 121 A G SEQ ID NO: 2541 SsSNP2006B_2541 121 A G SEQ ID NO: 2542 SsSNP2006B_2542 121 A G SEQ ID NO: 2543 SsSNP2006B_2543 121 A C SEQ ID NO: 2544 SsSNP2006B_2544 121 A G SEQ ID NO: 2545 SsSNP2006B_2545 121 A G SEQ ID NO: 2546 SsSNP2006B_2546 121 A G SEQ ID NO: 2547 SsSNP2006B_2547 121 A G SEQ ID NO: 2548 SsSNP2006B_2548 121 A G SEQ ID NO: 2549 SsSNP2006B_2549 121 A G SEQ ID NO: 2550 SsSNP2006B_2550 121 A G SEQ ID NO: 2551 SsSNP2006B_2551 121 A C SEQ ID NO: 2552 SsSNP2006B_2552 121 A G SEQ ID NO: 2553 SsSNP2006B_2553 121 A G SEQ ID NO: 2554 SsSNP2006B_2554 121 A C SEQ ID NO: 2555 SsSNP2006B_2555 121 A G SEQ ID NO: 2556 SsSNP2006B_2556 121 A G SEQ ID NO: 2557 SsSNP2006B_2557 121 A T SEQ ID NO: 2558 SsSNP2006B_2558 121 A G SEQ ID NO: 2559 SsSNP2006B_2559 121 A G SEQ ID NO: 2560 SsSNP2006B_2560 121 A G SEQ ID NO: 2561 SsSNP2006B_2561 121 A G SEQ ID NO: 2562 SsSNP2006B_2562 121 A G SEQ ID NO: 2563 SsSNP2006B_2563 121 A G SEQ ID NO: 2564 SsSNP2006B_2564 121 A G SEQ ID NO: 2565 SsSNP2006B_2565 121 A C SEQ ID NO: 2566 SsSNP2006B_2566 121 A G SEQ ID NO: 2567 SsSNP2006B_2567 121 C G SEQ ID NO: 2568 SsSNP2006B_2568 121 A T SEQ ID NO: 2569 SsSNP2006B_2569 121 A G SEQ ID NO: 2570 SsSNP2006B_2570 115 A G SEQ ID NO: 2571 SsSNP2006B_2571 121 A G SEQ ID NO: 2572 SsSNP2006B_2572 121 A G SEQ ID NO: 2573 SsSNP2006B_2573 121 A T SEQ ID NO: 2574 SsSNP2006B_2574 121 A G SEQ ID NO: 2575 SsSNP2006B_2575 121 A G SEQ ID NO: 2576 SsSNP2006B_2576 121 A G SEQ ID NO: 2577 SsSNP2006B_2577 104 A C SEQ ID NO: 2578 SsSNP2006B_2578 121 A G SEQ ID NO: 2579 SsSNP2006B_2579 121 A G SEQ ID NO: 2580 SsSNP2006B_2580 121 A G SEQ ID NO: 2581 SsSNP2006B_2581 121 A G SEQ ID NO: 2582 SsSNP2006B_2582 121 C G SEQ ID NO: 2583 SsSNP2006B_2583 121 A G SEQ ID NO: 2584 SsSNP2006B_2584 121 A G SEQ ID NO: 2585 SsSNP2006B_2585 121 A G SEQ ID NO: 2586 SsSNP2006B_2586 121 A G SEQ ID NO: 2587 SsSNP2006B_2587 121 A G SEQ ID NO: 2588 SsSNP2006B_2588 121 A G SEQ ID NO: 2589 SsSNP2006B_2589 121 A G SEQ ID NO: 2590 SsSNP2006B_2590 121 A G SEQ ID NO: 2591 SsSNP2006B_2591 121 A G SEQ ID NO: 2592 SsSNP2006B_2592 111 A G SEQ ID NO: 2593 SsSNP2006B_2593 121 A G SEQ ID NO: 2594 SsSNP2006B_2594 121 A G SEQ ID NO: 2595 SsSNP2006B_2595 121 A G SEQ ID NO: 2596 SsSNP2006B_2596 121 A G SEQ ID NO: 2597 SsSNP2006B_2597 121 A G SEQ ID NO: 2598 SsSNP2006B_2598 72 A G SEQ ID NO: 2599 SsSNP2006B_2599 121 A C SEQ ID NO: 2600 SsSNP2006B_2600 121 A G SEQ ID NO: 2601 SsSNP2006B_2601 121 A G 

1. A method of evaluating an animal's genotype at one or more genomic locus/loci, the method comprising determining the animal's genotype for at least one locus; comprising a single nucleotide polymorphism (SNP) having at least two allelic variants; wherein at least one SNP is selected from the SNPs described in Tables 1 and
 2. 2. The method of claim 1 wherein the animal's genotype is evaluated at 10 or more positions that contain SNPs selected from the SNPs described in Tables 1 and
 2. 3. The method of claim 1 wherein the animal's genotype is evaluated at 50 or more positions that contain SNPs selected from the SNPs described in Tables 1 and
 2. 4. The method of claim 1 wherein the animal's genotype is evaluated at 100 or more positions that contain SNPs selected from the SNPs described in Tables 1 and
 2. 5. The method of claim 1 wherein the animal's genotype is evaluated at 200 or more positions that contain SNPs selected from the SNPs described in Tables 1 and
 2. 6. A method for allocating animals for use comprising: a. determining at least one animal's genotype at one or locus/loci; wherein the at least one locus contains a single nucleotide polymorphism (SNP), having at least two allelic variants; and wherein at least one SNP is selected from the SNPs described in Tables 1 and 2; b. analyzing the determined genotype of at least one evaluated animal at one or more SNPs selected from the SNPs described in Tables 1 and 2 to determine which allelic variant is present; c. allocating the animal for use according to its determined genotype.
 7. The method of claim 6 wherein at least one animal's genotype is evaluated at 10 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 8. The method of claim 6 wherein at least one animal's genotype is evaluated at 50 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 9. The method of claim 6 wherein at least one animal's genotype is evaluated at 100 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 10. The method of claim 6 wherein at least one animal's genotype is evaluated at 200 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 11. A method for selecting a potential parent animal for breeding: a. determining at least one potential parent animal's genotype at one or more genomic locus/loci; wherein at least one locus contains a single nucleotide polymorphism (SNP) that has at least two allelic variants, and wherein at least one SNP is selected from the SNPs described in Tables 1 and 2; b. analyzing the determined genotype of at least one evaluated animal for one or more SNPs selected from the SNPs described in Tables 1 and 2 to determine which allele is present; c. correlating the identified allele with a phenotype; d. allocating at least one animal for breeding use based on its genotype.
 12. The method of claim 11 wherein at least one potential parent animal's genotype is evaluated at 10 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 13. The method of claim 11 wherein at least one potential parent animal's genotype is evaluated at 50 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 14. The method of claim 11 wherein at least one potential parent animal's genotype is evaluated at 100 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 15. The method of claim 11 wherein at least one potential parent animal's genotype is evaluated at 200 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 16. A method of producing progeny animals comprising: a) identifying at least one animal that has been allocating for breeding in accordance with the method of claim 11; b) producing progeny from the allocated animal through a process comprising: i) natural breeding; ii) artificial insemination; iii) in vitro fertilization; and/or ii) collecting semen/spermatozoa or at least one ovum from the animal and contacting it, respectively, with ovum/ova or semen/spermatozoa from a second animal to produce a conceptus by any means.
 17. The method of claim 16 comprising producing progeny through natural breeding.
 18. The method of claim 16 comprising producing offspring through artificial insemination, embryo transfer, and/or in vitro fertilization.
 19. The method of claim 16 wherein at least one potential parent animal's genotype is evaluated at 10 or more loci that contain SNPs selected from the SNPs described in Tables t and
 2. 20. The method of claim 16 wherein at least one potential parent animal's genotype is evaluated at 50 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 21. The method of claim 16 wherein at least one potential parent animal's genotype is evaluated at 100 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 22. The method of claim 16 wherein at least one potential parent animal's genotype is evaluated at 200 or more loci that contain SNPs selected from the SNPs described in Tables 1 and
 2. 23. An isolated nucleic acid comprising at least 17 contiguous nucleotides from an allele of a SNP selected from the group of SNPs described in Tables 1 and
 2. 24. An isolated nucleic acid comprising 100 or more contiguous nucleotides with at least 90 percent identity to an allele of a SNP selected from the group of SNPs described in Tables 1 and
 2. 25. A diagnostic kit for determining the presence of at least one allele of at least one single nucleotide polymorphism (SNP) having at least two variants; and wherein the SNP is selected from the group of SNPs described in Tables 1 and
 2. 26. The kit of claim 25 comprising nucleic acid oligonucleotide primers useful for the polymerase chain reaction-based amplification of at least one allele of at least one SNP.
 27. The kit of claim 25 comprising a purified nucleic acid fragment that specifically hybridizes with at least one allele of a SNP under stringent hybridization conditions.
 28. A nucleic acid array for determining which allele of at least one of the SNPs described by Tables 1 and 2 are present in a sample; wherein the array comprises one or more nucleic acid sequences capable of hybridizing, under stringent conditions, with at least one variant of at least one SNP selected from the SNPs described in Tables 1 and
 2. 29. The array of claim 28 wherein the array is capable of determining which allele is present for each of 10 or more SNPs selected from the group consisting of the SNPs described by Tables 1 and
 2. 30. The array of claim 28 wherein the array is capable of determining which allele is present for each of 25 or more SNPs selected from the group consisting of the SNPs described by Tables 1 and
 2. 31. The array of claim 28 wherein the array is capable of determining which allele is present for each of 50 or more SNPs selected from the group consisting of the SNPs described by Tables 1 and
 2. 32. The array of claim 28 wherein the array is capable of determining which allele is present for each of 100 or more SNPs selected from the group consisting of the SNPs described by Tables 1 and
 2. 33. A method of identifying at least one phenotypic trait associated with quantitative trait locus (QTL), the method comprising: a. measuring one or more phenotypic traits in a plurality of animals; b. determining the animal's genotype for at least one locus; wherein the locus comprises at least one a single nucleotide polymorphism (SNP) having at least two variants, and wherein the SNP is selected from the group of SNPs described in Tables 1 and
 2. c. statistically correlating the association of at least one phenotypic trait with the presence of an allele of at least one SNP selected from the group of SNPs described in Tables 1 and 2; wherein the presence of a different allele for that SNP has a different association for the phenotypic trait.
 34. A method of identifying a genetic marker in allelic association with at least one SNP selected from the group of SNPs described in Tables 1 and 2, the method comprising: a) identifying a genetic marker B₁ suspected of being in allelic association with a marker A₁ selected from the group of SNPs described in Tables 1 and 2; b) determining whether A₁ and B₁ are in allelic association; wherein allelic association exists if r²>0.2 for Equation 1 for a population sample of at least 100 animals and wherein Equation 1 is: $\begin{matrix} {r^{2} = \frac{\left\lbrack {{f\left( {A_{1}B_{1}} \right)} - {{f\left( A_{1} \right)}{f\left( B_{1} \right)}}} \right\rbrack^{2}}{{f\left( A_{1} \right)}\left( {1 - {f\left( A_{1} \right)}} \right)\left( {{f\left( B_{1} \right)}\left( {1 - {f\left( B_{1} \right)}} \right)} \right.}} & \left\lbrack {{Equation}\mspace{14mu} 1} \right\rbrack \end{matrix}$ and wherein A₁ represents an allele of a SNP described in Tables 1 and 2; B₁ represents a genetic marker at another locus; f(A₁B₁) denotes frequency of having both A₁ and B₁; f(A₁) is the frequency of A₁ in the population; and f(B₁) is the frequency of B₁ in a population.
 35. The method of claim 34 wherein the genetic marker B₁ is a SNP.
 36. The method of claim 34 wherein the genetic marker identified is in linkage disequilibrium with at least one SNP selected from the group of SNPs described in Tables 1 and
 2. 37. The method of claim 34 wherein B₁ is a causal mutation underlying a quantitative trait locus
 38. The method of claim 37 wherein r²>0.5.
 39. The method of claim 37 wherein r²>0.9. 